CN109855369A - Domestic refrigerator component with the suspension unit as container for storing, particular configuration camber member - Google Patents

Abstract

The present invention relates to a kind of Domestic refrigerator components (6, 7), it is with basic unit (4, 5, 8) suspension unit (9) and for hanging container for storing (21), the suspension unit can be arranged swingingly by oscillating support (10) in basic unit (4, 5, 8) on, wherein, suspension unit (9) has the camber member (13) of U-shape, the camber member is with the side foot (14 of the U-shape, 15) basic unit (4 can be swingingly hinged on by oscillating support (10), 5, 8) on, and the camber member have the U-shape by side foot (14, 15) the bottom edge foot (16) connected, wherein, camber member (13) can swingingly be directly arranged at basic unit (4, 5, 8) on wall (11).The present invention also relates to a kind of Domestic refrigerator (1).

Description

Household with the suspension unit as container for storing, particular configuration camber member Refrigerating appliance component

Technical field

The present invention relates to a kind of Domestic refrigerator components, the suspension with basic unit and for hanging container for storing Unit.Suspension unit can be arranged swingingly in basic unit by oscillating support.Suspension unit has the arch of U-shape Part, the camber member can be swingingly hinged in basic unit with the side foot of the U-shape by oscillating support, wherein bow Shape part has the bottom edge foot for connecting side foot of the U-shape.In addition, the present invention also relates to one kind to have at least one such family With the Domestic refrigerator of refrigerating appliance component.

Background technique

By the Domestic refrigerator component with the door compartment as primary element known in the art, suspension unit energy It is arranged swingingly on the door compartment.Therefore, WO 2009/083357A1 is referred to herein.However embodiment there is not Only it is very big in its number of components and is constructed extremely complexly in terms of its function.Thus bothersome operation side is generated Case, and move and may block and be biased to due to the structure.In addition, being used herein to the suspension unit of suspension container for storing Cost highly constructs relatively and is merely configured as elongated wire elbow outstanding forward, and the wire elbow is with respect to that This, which is fixedly arranged with relatively large spacing and is thus only realized, receives extremely specific container for storing.The suspension unit Loading property be thus very limited.In addition, the configuration of suspension unit is also alternatively, to have made for loading Process is very difficult because as described there bottle must it is extremely complex ground just strung, so as to then It can be suspended in the suspension unit.

The other embodiment of such Domestic refrigerator component is as known in 2009/083400 A2 of WO, wherein herein certainly The suspension unit of body rigidity cannot be swung, but only can linearly upwards and be moved down.In addition, suspension unit The configuration of there is basin, to can not achieve in principle by container for storing suspension thereon, but is only simply placed in or places Into the basin.

Summary of the invention

The task of the present invention is to provide a kind of Domestic refrigerator components, wherein suspension unit be component reduce and And it can be easily manipulated, and may be implemented easily with user friendly to hang container for storing.

The task according to the Domestic refrigerator component of independent claims and Domestic refrigerator by solving.

One aspect of the present invention is related to a kind of Domestic refrigerator component, with basic unit and for hanging storing The suspension unit of container.Domestic refrigerator component has oscillating support, and suspension unit can be swingingly by oscillating support It is arranged in the basic unit.Suspension unit have U-shape camber member, the camber member with the side foot of the U-shape by Oscillating support can be swingingly hinged in basic unit, and the camber member has the connecting side foot of the U-shape Bottom edge foot.Camber member can be swingingly directly arranged on the wall of basic unit.By the configuration realize component reduction and And configuration high functionalized, without individual intermediary element.Do not need a variety of additional components and other tumbler or This kind of components.The swing of the operability of suspension unit and thus suspension unit is therefore easily and user friendlyly real It is existing.In addition, realizing especially continuous and thus also stable and non-sticking suspension unit pendulum motion.

About its U-shape and thus especially camber member is integrally constructed about this basic geometry.Also thus So that the number of components for constructing the basic configuration is minimum.Furthermore highly stable arch is then also realized by the configuration Part, the camber member also correspondingly realize big bearing capacity.The camber member thus itself be also shape it is highly stable and Rigidity, to not generate undesirable torsion in pendulum motion and when loading and removing container for storing not only.

Suspension unit is especially only with the camber member of a unique U-shape.The configuration of component reduction thus as It is similarly realized as being realized in the simple and function scheme of robust.It is achieved in fortune non-sticking and without deviation It is dynamic.

It is arranged in an advantageous embodiment, side foot can be swingingly directly arranged at the end away from bottom edge foot In the basic unit.It is thus achieved that the particularly advantageous scheme for easily and continuously swinging, because being based on institute The geometry and specific hinge point for stating camber member also generate corresponding leverage, and the leverage realizes described The user-friendly and also light movement of camber member.Furthermore it is then also achieved by the configuration, is swinging out state In and thus the spacing of bottom edge foot and the wall of basic unit is maximum in the position of use, camber member can be arranged swingingly in the wall On.To the suspension position of suspension unit getatability and be consequently for container for storing to suspension unit load or be used for Therefore the operability that container for storing is removed or taken from suspension unit can easily and user friendlyly be realized.

It is preferably set up, integrates at least one respectively on the end of the bottom edge foot from side rocking pin outstanding.By The component of this oscillating support is provided and mechanically stable arranges in camber member side.In addition, passing through at least one described pendulum Dynamic pin integrated configuration at least one end of bottom edge foot decreases the quantity of the individual component of suspension unit.It is logical Very simple however high functionalized component is also achieved from side rocking pin outstanding described in crossing, which also achieves Oscillating support is reliably mechanically connected and wears minimum configuration.Especially it is arranged, is separately formed on the end of bottom edge foot Two rocking pins outstanding on the opposed side of the bottom edge foot, the two rocking pins are prominent from the side in the opposite direction. It is possible thereby to which realizing improves bearing of the camber member on the wall of basic unit again and realizes camber member especially easily simultaneously And nothing is torsionally swung.Thus it is formed on the coupling part of the oscillating support between camber member and the wall of basic unit just 2 dot points, therefore, even if asymmetrically hanging container for storing relatively on suspension unit and thus only being generated on side Corresponding gravity, pendulum motion also particularly evenly and also along desired predetermined track carry out.

It is preferably set up, suspension unit can be swung in stowed position and using between position.Stowed position passes through as follows Mode generates, i.e., camber member is arranged so in position on the wall of basic unit, so that the camber member is as few as possible Need space requirement and with this relatedly it may be said that being stowed away.Especially it is arranged in the stowed position, camber member cannot be with Container for storing loads.On the other hand, the use of position is following positions, then realizes loaded with container for storing in this position. Suspension unit is arranged as in the receiving unit at least partly sinking to basic unit, especially sinks to construction in the wall of basic unit In receiving unit.It is achieved in suspension unit and especially saves space-efficient positioning in stowed position.The suspension unit is thus clean and tidy Ground arrangement.On the other hand certain protective position is also realized by this arrangement at least partly sunk to, in the guard bit In setting for example cannot due to other container for storing or such collision and damage suspension unit.

It is arranged in an advantageous embodiment, suspension unit can be swung in stowed position and using between position, Wherein, the suspension slit for hanging container for storing can be reached from front in the position of use, the suspension slot configuration exists On the bottom edge foot of camber member.Following this receiving units are defined as suspension slit, and the receiving unit is in surrounding around slit axis It is not completely closed on direction.Thus suspension slit has slotted opening, object can be pushed into narrow by the slotted opening In slot.It is particularly easy to load and be achieved in container for storing easily to hang container for storing by the realization of this configuration On suspension unit.Thus it easily removes and thus takes container for storing.Because being exactly arranged from the unimpeded nothing in front Resistance, suspension slit getatability, so slotted opening is it may be said that always towards user, and user can be by easily Container for storing is guided and is directed through slotted opening and realizes and be put into suspension slit.Thus it avoids for holding storing Device is put into the complicated operating process on suspension unit.

It is preferably set up, constructs at least one spring element, it can be by suspension unit automatically by the spring element From use position transition into stowed position.It means that at least preloaded using position by the spring force of spring element, and And then when no longer needing using position, is realized by the preloaded force of spring element and automatically lead back to camber member Into stowed position.Preferably, the spring element is configured to the storing with predetermined weight threshold as small as possible Container alreadys exceed the preloaded force when loading, so that preventing in the state loaded with container for storing to suspension unit will bow Shape part is led back in stowed position from using position.

It can be set in an other advantageous embodiment, it is locked using position.Especially it is arranged herein, hangs The setting of sheet member can be consolidated for what is loaded with container for storing using position by the lock cell of Domestic refrigerator component It is fixed.Thus avoid camber member from using position undesirably to swing or overturn.Thus it also realizes with container for storing to the bow Shape part advantageously loads and advantageously removes the container for storing from the camber member, because described then corresponding using position Position is fixed.One of this embodiment another advantage is that, exactly when setting can automatically carry out by camber member from When leading back to the spring element in stowed position using position, which is then locked.It is same from there through lock cell Sample avoids the camber member undesirably leading back to stowed position automatically.

It can be set, lock cell can manually be manipulated by user.The manipulation can pass through the phase as example The operating unit answered carries out.

It is arranged in an advantageous embodiment, lock cell is to push away-push away (Push-Push) device.It is thus achieved that When camber member in the position of use when, by around swinging axle along with the swing side when swinging to stowed position using position It is moved to the pressing of opposite swaying direction to unclamp the latched position.If realizing the release, pass through spring The preloaded force of element may be implemented to make camber member to return in stowed position from using position automatically to swing.

It is preferably set up, there is the bottom edge foot of camber member at least one to be used to hang the suspension slit of container for storing, described Suspension slot configuration is that can change in terms of its slot width.Fixed difference is realized by the very favorable embodiment The container for storing of size.It is flexible and flexible, may up become very thin container for storing can also without problems by It receives in the suspension slit.Thus the changeability loaded with container for storing to suspension unit is significantly improved.

It is preferably set up, slot width can be changed by least one rotating clamp, wherein the rotating clamp is according to its rotation Predetermined slot width is set in indexing.Rotating clamp is element that is revolvable or being able to rotate, rotating clamp energy on the foot of bottom edge It is arranged relative to bottom edge foot movement.The rotating clamp is arranged as at least partly sinking in an advantageous embodiment In the hollow area of bottom edge foot.Also protectorate is positioned and is economical space saving arranged the rotating clamp as a result,.The rotating clamp It is particularly advantageous embodiment, also can continuously to change the slot width and individually and immediately to hold to storing The corresponding geometry that should receive the region in suspension slit and configuration of device are made a response.

Preferably, rotating clamp has the protrusion relative to rotary shaft radial direction, and the protrusion is configured to clamping section.Thus Realize that very local and high functionalized slot width changes and acts on the holding for the container for storing to be hung.It is special Not stable holding is also enduringly realized and is also unrestrictedly suitable for heavier container for storing.

It is preferably set up, clamping section has structuring portion on the outside contacted with the container for storing to be kept.Thus again It is secondary to improve mechanical coupling and holding effect.Thus it avoids the undesirable landing of container for storing or skids off.

It is preferably set up, rotating clamp is automatically kept in clamped position by spring element.Especially thus it is arranged, when When the rotating clamp is arranged in clamped position, minimize slot width in unloaded condition.

Preferably, rotating clamp is the component of partition folder.

At least two opposed rotating clamps are especially set, the rotating clamp correspondingly functionally construction and can be Changeably change suspension slit in terms of slot width.

It is carried out with being loaded in the configuration for container for storing particularly by such as under type, container for storing is with particular portion subregion Domain is placed into and by additional movement by hanging the slotted opening of slit from bottom to top by hanging slit movement, In, move at least one rotating clamp automatically in releasing position from clamped position.If the then spy of container for storing Determine region be received in suspension slit in and container for storing and be pulled downwardly or the container for storing due to its gravity and It automatically moves downward, then rotating clamp is automatically taken in clamped position again and container for storing is assisted to protect automatically by gravity It holds in suspension slit.

When taking out container for storing from the suspension slit, this then can equally be carried out further through such as under type, into Row is slightly lifted up container for storing, thus rotating clamp and moves to from clamped position in releasing position and described It then carries out by slotted opening pulling out container for storing from suspension slit in releasing position.It is described pull-out then vertically or with The special angle of axially bored line relative to suspension slit carries out.

An other aspect of the invention is related to a kind of household at least one such Domestic refrigerator component Refrigerating appliance.

Domestic refrigerator may, for example, be cooling apparatus or refrigeration appliance or refrigerating combined utensil, the household Refrigerating appliance is configured to storage and preserved food.

Domestic refrigerator component then can have point as the door compartment or door of basic unit or lattice bottom or receiving chamber Boundary's wall.Suspension unit can be arranged swingingly on the wall of basic unit, and the wall of the basic unit is especially the door compartment Bottom.Suspension unit can be especially arranged swingingly on the outside or downside of the bottom.

Other features of the invention are obtained by claim, attached drawing and Detailed description of the invention.The spy that front refers in the description Feature of seeking peace combination and feature and feature combination that is referring in the description of the drawings below and/or independently showing in the accompanying drawings are not Can be only applied in combination with what is accordingly provided, and can without departing from the scope of the invention with other combination or It is used independently.Thus following embodiments, which can also be considered as by the present invention, includes and openly, the embodiment is in the accompanying drawings It is not explicitly shown and describes, however combined by independent feature and learnt and generated by already described embodiment.Following implementation Disclosed in scheme and feature combination can also be considered as, the embodiment and feature combination are thus without the rights to independence of original statement All features that benefit requires.

Detailed description of the invention

The embodiment of the present invention is explained in detail below according to schematic diagram.In attached drawing:

Fig. 1 shows the schematical perspective view of one embodiment of Domestic refrigerator according to the present invention；

Fig. 2 shows the components according to the Domestic refrigerator with Domestic refrigerator component according to the present invention of Fig. 1 Local map；

Fig. 3 shows the view of the different location of the suspension unit with Domestic refrigerator component according to fig. 2；

Fig. 4 shows the top view of one embodiment of the suspension unit of Domestic refrigerator component；

Fig. 5 shows the view of the clamped position of the rotating clamp of the suspension unit according to Fig. 4；With

Fig. 6 shows the view of the rotating clamp in the releasing position different from the clamped position according to Fig. 5.

The identical element of identical in the accompanying drawings or function is provided with identical appended drawing reference.

Specific embodiment

Go out one embodiment of Domestic refrigerator 1 with diagram in Fig. 1.Domestic refrigerator 1 has shell 2, The receiving chamber 3 for food is configured in the shell.Receiving chamber 3 can be compartment.However the receiving chamber can also be with It is freezing cell compartment.Domestic refrigerator 1 can also be constructed at least two different and individual receiving chambers.

In addition, Domestic refrigerator 1 has door 4, the door can be arranged swingingly on shell 2 and be configured to close Receiving chamber 3.Such as lattice bottom 5 is arranged in receiving chamber 3.Lattice bottom 5 can be one of the basic unit of Domestic refrigerator component Example.Door 4 equally can be an example of the basic unit of Domestic refrigerator component.

It is shown in the illustrated embodiment in quantity, position and geometrically merely illustrative is understood on door 4 Domestic refrigerator component 6,7.Door compartment is an other examples of the basic unit of Domestic refrigerator component.

In this embodiment, door compartment construction is as follows, so that the door compartment is configured to receive the basic of food Unit 8 and peviform or channel-shaped construct and be box-like container herein.Other than the basic unit 8, household Refrigerating appliance component 6 also has suspension unit 9, and the suspension unit is constructed independently of 8 ground of basic unit, herein in the embodiment In can be arranged swingingly in basic unit 8 by oscillating support 10.

Suspension unit 9 is configured to hang at least one container for storing.Container for storing especially can be own form and stablize Container.But preferably it container for storing can deform to natural resiliency and general shape is unstable.Packaging bag or sack can Using the example as such container for storing.

The Local map of Fig. 1 is shown in FIG. 2, wherein door 4 is shown by observing door compartment herein.Not with the view in Fig. 1 With ground, suspension unit 9 is not herein in stowed position, but in the position of use.

Basic unit 8 has bottom 11, and suspension unit 9 can swing to obtain arrangement in the downside of the bottom.Oscillating support 10 have multiple connecting portions herein.Especially it is arranged, bottom 11 has recess 12 on the downside of it, and suspension unit 9 is being packed up It is arranged as being shown in FIG. 1 such as it in position and also below also to described at least partly sinking to as Fig. 3 explanation In recess.

As in Fig. 2 it can be seen that as, suspension unit 9 constructs camber member 13 with U-shape or by arch Part 13 is constituted.The U-shape passes through two formation of side foot 14 and 15, the company of bottom edge foot 16 of the two side feet and the U-shape It connects.The especially described camber member 13 integrally constructs.As it can be seen, in side foot 14 away from bottom edge foot 16 Container or basic unit 8 can swingingly be arrived by constructing on the 14a of end and on the end 15a of bottom edge foot 16 in side foot 15 On connector.Thus suspender 9 and thus camber member 13 show state, shown in Fig. 2 using in position Reach the maximum spacing of bottom edge foot 16 Yu bottom 11.Hence improve the assembling capacity of suspension unit 9 and to suspension unit 9 can Attainability.

There are two the oscillating support 10 of opposed swing connector to have the oscillating support element in camber member side for tool With the oscillating support element in container side.In an illustrated embodiment, the oscillating support element in container side is for putting The receiving unit of dynamic pin, the rocking pin construction is on camber member 13.

In connection with this, show preferably has each two rocking pins 17 and 18 on the 14a of end in the view of figure 4 And the camber member 13 of the rocking pin 19 and 20 on the 15a of end.As it can be appreciated that each two rocking pins 17 and 18 with And 19 and 20 it is integrally formed on the opposed side of affiliated side foot 14 and 15 respectively and from the side respectively along phase Anti- direction extends.Each end 14a and 15a is received from there through the oscillating support that 2 dot points are coupled to basic unit 8 Portion.

It is shown in FIG. 3 view according to fig. 2, however it has suspension unit 9 in stowed position and thus arch Part 13.In stowed position, container for storing cannot be suspended on camber member 13.

As shown container for storing 21 there illustrated in the view according to fig. 2.It is this outstanding in order to be arranged It hangs, at least one suspension slit 22, particularly multiple suspension slits 22 construction are on bottom edge foot 16, in order to hang the simplicity of slit Property, only some suspension slits are provided with corresponding appended drawing reference.

The suspension slit 22 in this vertically oriented slot axis A to construct, in embodiment shown here, institute State slit axis orienting using the short transverse (direction y) in position substantially along Domestic refrigerator 1 in camber member 13. The suspension slit 22 is constructed so that it is not completely closed on the circular direction around the slit axis A and thus has There is corresponding slotted opening 23.In the embodiment of suspension unit 9 shown here, thus slotted opening 23 is forwardly directed and It opens wide and exposes forward along depth direction (direction z).It is possible thereby to easily realize from front with container for storing 21 to suspension Slit 22 loads.The specific region of container for storing 21, the region 21a that ties up of i.e. sack is then able to open by the slit herein Mouth 23 is directed in suspension slit 22.Suspension slit 22 is constructed so that the container for storing 21 hung on it is automatically kept And it axially glide downwards or does not fall off and also laterally slides or fall off without slotted opening 23.

Thus as can see in the top view of camber member 13 in Fig. 4, holding unit is set.The guarantor It holds unit 24 to have in this embodiment there are two rotating clamp 25 and 26, the rotating clamp can be constructed in camber member with rotationally supporting 13, particularly bottom edge foot 16 on.Here, the rotating clamp can be arranged in the corresponding hollow area of bottom edge foot 16 with rotationally supporting In.In view in Fig. 4, the rotary shaft B and C of rotating clamp 25 and 26 is oriented perpendicular to view plane.The rotary shaft B and C Thus also especially it is parallel to slit axis A.

The rotating clamp 25 and 26 being arranged in pairs respectively in preferred embodiments clamps container for storing 21.

It is especially also provided with, suspension slit 22 is constructed with variable slot width a.Slot width a can be revolved by rotation Turn the automatically continuous change of folder 25 and 26.The rotational motion of rotating clamp 25 and 26 herein by by container for storing 21 from suspension slit It removes or imported into and carried out in suspension slit 22.

Two rotating clamps 25 and 26 in clamped position are schematically illustrated in Fig. 5.As can see herein As, rotating clamp 25 has the protrusion relative to rotary shaft B radial direction, and the protrusion is configured to clamping section 25a.Described Structuring portion 27 is configured on the outside 25b of clamping section 25a, the structuring portion may, for example, be teeth portion.The outside 25b's Certain roughening state can be set as structuring portion.Structuring portion 27 is especially following configurations, holds to improve storing Cooperation and Mechanical Contact of the device 21 especially in the 21a of region and increase frictional resistance, to avoid container for storing 21 from clamping position It sets and undesirably slips.

Correspondingly also construct rotating clamp 26 in an advantageous manner herein, which equally has the folder on 26b on the outside Tight portion 26a, is especially identically constructed structuring portion 28 on the clamping section.

The released position or releasing position of rotating clamp 25 and 26 is shown in FIG. 6.The rotating clamp is in this configuration It is rotated away from each other with its clamping section 25a and 26a, thus formed in the holding area of suspension slit 22 in this state Slot width a is greater than the slot width according to Fig. 5 in clamped position herein.

The holding of container for storing 21 and contact by the structuring portion 27 and 28 and from there through clamping section 25a with 26a is arranged.

Especially it is arranged, rotating clamp 25 and 26 is maintained at the clamped position as initial position by spring element respectively In.If being arranged at this time with the loading of container for storing 21 and the container for storing being directed to suspension slit by slotted opening 23 In 22 and especially while then especially drawn from bottom to top, then the clamped position of the preloading be automatically opened and It is taken in the releasing position according to Fig. 6.If then reaching the bearing position of the suspension of container for storing 21 and then passing through It manually pulls down container for storing 21 and/or this manipulation is individually carried out by the gravity of container for storing 21, then automatically It is reached again according to the clamped position of Fig. 5 and keeps container for storing then according to the view in Fig. 2.

In order to unclamp, container for storing 21 can slightly be pulled up again from mentioned position, thus then by reaching According to the releasing position of Fig. 6 and slotted opening 23 is then passed through from the suspension export of slit 22.

It is arranged in an advantageous embodiment, is additionally shown in Fig. 2 only by appended drawing reference and cannot The other spring element 29 and 30 being clearly seen can by camber member 13 automatically from use position transition to stowed position.? Using then the spring element preloads in position, to realize this automatic return movement.

In order to avoid leading to lasting return movement by the spring element preloaded, lock cell can be preferably set up 31, the lock cell can for example construct on two oscillating support positions or oscillating support 10 only one On oscillating support position.By the lock cell 31 can also resist as mentioned there is preferably bullet The elastic force of spring element is locked using position.Preferably, the lock cell 31, which may, for example, be, pushes away-pushing device.

Reference signs list

1 Domestic refrigerator

2 shells

3 receiving chambers

4

5 lattice bottoms

6 Domestic refrigerator components

7 Domestic refrigerator components

8 basic units

9 suspension units

10 oscillating support

11 bottoms

12 recess

13 camber members

14 side feet

The end 14a

15 side feet

The end 15a

16 bottom edge feet

17 rocking pins

18 rocking pins

19 rocking pins

20 rocking pins

21 container for storing

The region 21a

22 suspension slits

23 slotted openings

24 holding units

25 rotating clamps

The clamping section 25a

On the outside of 25b

26 rotating clamps

The clamping section 26a

On the outside of 26b

27 structuring portions

28 structuring portions

29 spring elements

30 spring elements

31 lock cells

A slot width

A slit axis

B rotary shaft

C rotary shaft

D rotation axis.

Claims (15)

1. a kind of Domestic refrigerator component (6,7), with basic unit (4,5,8) and for hanging container for storing (21) Suspension unit (9), the suspension unit can be arranged swingingly by oscillating support (10) in the basic unit (4,5,8) On, wherein the suspension unit (9) has a camber member (13) of U-shape, the camber member with the side foot of the U-shape (14, 15) it can be swingingly hinged on the basic unit (4,5,8) by the oscillating support (10), and the camber member has There is the bottom edge foot (16) for connecting the side foot (14,15) of the U-shape, which is characterized in that the camber member (13) can put It is directly arranged on the wall (11) of the basic unit (4,5,8) dynamicly.

2. Domestic refrigerator component (6,7) according to claim 1, which is characterized in that the side foot (14,15) with End (14a, 15a) away from the bottom edge foot (16) can be swingingly directly arranged on the basic unit (4,5,8).

3. Domestic refrigerator component (6,7) according to claim 1, which is characterized in that at the end (14a, 15a) It is upper to integrate at least one respectively from side rocking pin outstanding (17,18,19,20), two are especially separately formed corresponding End (14a, 15a) opposed side on rocking pin (17,18,19,20) outstanding in the opposite direction.

4. Domestic refrigerator component (6,7) according to any one of the preceding claims, which is characterized in that the suspension Unit (9) can be swung in stowed position and using between position, and the suspension unit is arranged in the stowed position At least partly to sink in the receiving unit (12) of the basic unit (4,5,8).

5. Domestic refrigerator component (6,7) according to any one of the preceding claims, which is characterized in that the suspension Unit (9) can be swung in stowed position and using between position, and can reach use from front using in position described In the suspension slit (22) for hanging the container for storing (21), the suspension slot configuration is in the bottom edge foot (16).

6. Domestic refrigerator component (6,7) according to any one of the preceding claims, which is characterized in that construction is at least One spring element (29,30), can be by the suspension unit (9) automatically from using position transition by the spring element Into stowed position.

7. Domestic refrigerator component (6,7) according to any one of the preceding claims, which is characterized in that the suspension The setting of unit (9) can be fixed for what is loaded with container for storing (21) using position by lock cell (31).

8. Domestic refrigerator component (6,7) according to claim 7, which is characterized in that lock cell (31) energy Enough manually manipulated by user.

9. Domestic refrigerator component (6,7) according to claim 7 or 8, which is characterized in that the lock cell (31) It is to push away-pushing device.

10. Domestic refrigerator component (6,7) according to any one of the preceding claims, which is characterized in that the bottom There is side foot (16) at least one to be used to hang the suspension slit (22) of the container for storing (21), suspension slit (22) structure It makes as that can change in terms of its slot width (a).

11. Domestic refrigerator component (6,7) according to claim 10, which is characterized in that slot width (a) energy Enough changed by least one rotating clamp (25,26), the rotating clamp is according to the predetermined slot width in its rotation position (a)。

12. Domestic refrigerator component (6,7) according to claim 11, which is characterized in that the rotating clamp (25,26) With the protrusion relative to rotary shaft (B, C) radial direction, the protrusion is configured to clamping section (25a, 26a).

13. Domestic refrigerator component (6,7) according to claim 12, which is characterized in that the clamping section (25a, 26a) there are structuring portion (27,28) on the outside (25b, 26b) contacted with the container for storing to be kept (21).

14. Domestic refrigerator component (6,7) according to claim 11, which is characterized in that the rotating clamp (25,26) It is automatically kept in clamped position by spring element.

15. Domestic refrigerator component (6,7) according to any one of the preceding claims, which is characterized in that the base This unit is door compartment or door (4) or lattice bottom (5).