CN109489328A - Domestic refrigerator with the injection unit that can be mechanically operated by for being added to fluid mist in antistaling container - Google Patents

Abstract

The present invention relates to a kind of Domestic refrigerators, it has the receiving chamber for food, antistaling container for food and the fluid adding unit that can be mechanically operated by, the wall limit that the receiving chamber passes through the internal container of Domestic refrigerator, the antistaling container has the shell for food as subassembly, it can be added a fluid in the shell by fluid adding unit, wherein, fluid adding unit is arranged on the first subassembly of antistaling container and can be manipulated by operating element according to the relative motion between operating element and fluid adding unit, wherein, operating element is arranged on the second subassembly of antistaling container and can adjust the coupling position between operating element and fluid adding unit when the two subassemblies of antistaling container move relative to each other, by mechanically manipulating fluid by operating element in coupling position Adding unit can automatically direct fluid into the shell.

Description

With the injection list that can be mechanically operated by for being added to fluid mist in antistaling container The Domestic refrigerator of member

Technical field

The present invention relates to a kind of Domestic refrigerators, have the receiving chamber for food, and the receiving chamber passes through household The wall limit of the internal container of refrigerating appliance.Domestic refrigerator also has the antistaling container for food, the antistaling container Arrangement is in receiving chamber.Antistaling container has the shell for food.The shell can be arranged with moving in receiving chamber.Domestic refrigeration Utensil also has the fluid adding unit that can be mechanically operated by, and can be added a fluid in the shell by fluid adding unit. Fluid adding unit is arranged on the shell and can be by operating element according between operating element and fluid adding unit Relative motion manipulate.

Background technique

Such configuration is for example as known in 2,009 030 886 A of JP.It is arranged herein, operating element is manipulated by door.This meaning Taste, the operating element is manipulated when the door is closed.Such configuration is imperfect.Because the shell can only be located in always On a position in receiving chamber, so as to ensure then to make always on location needed for operating element and the door Coupling.It is manipulated in addition, may not be able to realize when the shell position is inaccurately installed in receiving chamber through operating element Fluid adding unit, so that operating element even misses the fluid adding unit.This may not be recognized by the user, because of manipulation The manipulation of element is just carried out when door is almost closed.Therefore, fluid inadequate injection into antistaling container can be able to maintain not by Identification.

Such configuration is by known in the art.Therefore, 2011/026749 A2 of WO describes a kind of with vegetables cell compartment Corresponding refrigerating appliance.Shell for receiving vegetables can be put into interior room and take out from the interior room.The shell can It is covered from the top through lid.It is described to cover on the top edge obliquely constructed for resting on the shell in closed state.One Other plate is arranged in the top of the lid, and lath before being configured on the other plate, operating element can be arranged with moving On the preceding lath.Before operating element can be parallel to lath it is mobile and in form of slots, obliquely extend, structure Make the guide rail coupling in the lid.It is then realized according to the movement of this sliding component and lifts the lid, the lid passes through corresponding Mechanical couplings are coupled with the plate for being arranged in the side of covering.

In addition, a kind of antistaling box with the lid that can be closed as known in 40 40 341 C2 of DE.The case can also fill Enter into the interior room of Domestic refrigerator.

The two by embodiment known in the art be arranged for save be put into it is therein, for example in vegetables, Salad, meat, fruit or such form refrigeration object to avoid undesirably quickly drying out.It leads to the problem of herein Through being absolutely proved in 40 40 341 C2 of DE.

Summary of the invention

The task of the present invention is to provide a kind of Domestic refrigerators, wherein realizes reliably and can be more for user The mechanical handling to fluid adding unit is carried out well.

The task is solved by the Domestic refrigerator of the feature with claim 1.

One aspect of the present invention is related to a kind of Domestic refrigerator, has the receiving chamber for food.Domestic refrigeration Utensil also has internal container, and the internal container limits the boundary of receiving chamber with its wall.Domestic refrigerator, which also has, to be used for The antistaling container of food, the antistaling container arrangement is in receiving chamber.It can adjust in antistaling container different from receiving chamber Food storing condition, particularly different air humidity related to this.Antistaling container, which has, is used for institute independently of internal container The shell of food is stated, the shell is the first subassembly of antistaling container.The shell can be arranged in receiving chamber with moving.Domestic refrigeration Utensil also has the fluid adding unit that can be mechanically operated by, and fluid (or liquid) can be added to institute by fluid adding unit It states in shell.Operating element is arranged on the second subassembly of antistaling container.It is transported relative to each other in two subassemblies of antistaling container The coupling position between operating element and fluid adding unit can be adjusted when dynamic, by by operon element in the coupling position Part mechanically manipulates fluid adding unit and can automatically direct fluid into the shell.In this coupling position by by Operating element, which mechanically manipulates fluid adding unit, can automatically direct fluid into the shell or start this injection. The movement with door, which is realized, by the configuration independently manipulates fluid adding unit.Therefore, user can reliably identify, stream Whether body adding unit is manipulated.It yet additionally must be initiatively along movement path to realize convection current by the shell The manipulation of body adding unit machinery, so that particularly effective scheme is provided, so as to reliably and with desired quality incite somebody to action Fluid is introduced into antistaling container.Thus operating element is positioned adjacent to ground and arranges directly with respect to described shell itself, thus Also very part limits mechanism chain of the ground in receiving chamber between realization fluid adding unit and operating element.Domestic refrigeration The position in principle of utensil it is remote, the practical component unrelated with antistaling container is proposed in this of Domestic refrigerator in principle Configuration in be no longer required.It is achieved in the operation side for being also more intuitively used for fluid adding unit for a user Case.Because this is exactly very beneficial for directing fluid into antistaling container, when the antistaling container is when necessary in the long period When being inside opened or pull out, then then also realize that fluid is added when forcing the subsequent push-in again needed, so as to then Storage condition desired, about the moisture content in antistaling container is adjusted out again.

Fluid adding unit is disposed particularly on the shell and can be manipulated by operating element.This manipulation exists This is carried out according to the relative motion between operating element and fluid adding unit.Operating element is disposed particularly in receiving chamber. The coupling position between operating element and fluid adding unit can be adjusted when the shell is along movement path.

It is preferably set up, operating element is arranged on the plate being set to above the shell.It is achieved in very saving structure The scheme in space.This is then especially also achieved, and operating element is not interfered by other modes.Furthermore it realizes and particularly securely manipulates Fluid adding unit.

Preferably, the plate is lattice bottom.Can be directly adjacent to shell arrangement with this lattice bottom, thus operating element and Fluid adding unit can arrange with being directly adjacent to each other.

It can be arranged in an advantageous manner, the plate is the lid of antistaling container.Because antistaling container is originally in advantageous reality It applies by the shell in scheme and is constituted independently of the lid of the shell, to form the volume separated, mode is, specific empty Air humidity degree can independently be formed with the air humidity in remaining reception space, and the local position of operating element is precisely Particularly advantageous.Because the shell was moved relative to the lid originally during exercise, when antistaling container is closed, when described Manipulation fluid adding unit is then automatically realized when shell then arrives at its final position in pushing status.

Operating element is especially arranged with being downwardly projected on the downside of the plate.Thus the top placed side of the plate is neither It is limited on structure space, also there is no possible obstructions there takes out deposit placement over the plates or from the plate Element.

In an advantageous manner, operating element can be arranged over the plates without damage unloading.Thus it on the one hand can be easy Ground cleaning, on the other hand can easily replace.In addition, the position of operating element can also be easily adjusted by this configuration And it is arranged so over the plates, is reliably coupled so that enduringly realizing with fluid adding unit again.

It is arranged in an other advantageous embodiment, operating element is configured to the guide plate or rib of ramped shaped.By This is realized when operating element is coupled with fluid adding unit continues to move particularly smoothly and without being biased to, and realizes special Equably and continuously manipulate fluid adding unit.

It is preferably set up, operating element is configured to the hook or bow part of U-shaped.It is described in the embodiment of this replacement The freedom of hook partial region outstanding can then couple with fluid adding unit with limiting and very accurate quantification and Accurately manipulate the fluid adding unit.It manipulates special accurate quantitative analysis not only also may be implemented in this embodiment.By This can also be to avoid great power undesirable when operating element manipulates.Thus fluid can also be acted on to avoid power fiercely Adding unit.

It is preferably set up, the U-shape configuration is for receiving the co-operating member being disposed on the shell, thus operating element It is configured to be used for the backstop of co-operating member when the shell to be pushed into receiving chamber.This is an other very favorable reality Scheme is applied, because the shell is thus prevented excessively to be moved in receiving chamber.The shell it is possible thereby to be brought to expectation really always In fixed final position, this is very advantageously also influenced to the desired manipulation of fluid adding unit again.

It is preferably set up, operating element has the inclined coupling edge of the direction of motion relative to the shell, the coupling Edge mechanically contacts with the trigger element of fluid adding unit when coupling with fluid adding unit and relative to each other The trigger element is triggered in the relative motion of continuation by being pressed down against.If operating element be ramped shaped guide plate or Rib, then the coupling edge is especially made of slope.It is achieved in and smoothly couples very much.Therefore prevent in operating element and Deviation between fluid adding unit when Mechanical Contact.It is also achieved by the configuration and carries out the shell and behaviour after coupling Continuing between vertical element especially continuously manipulates trigger element when movement.

It is preferably set up, fluid adding unit can be arranged on the shell without damage unloading.This is also beneficial to cleaning institute State shell and fluid adding unit.This is then also advantageously carried out, and removes the fluid adding unit for filling fluid, and described fills out It fills and is carried out for example on tap.For maintenance work or in order to replace, fluid adding unit can also be easily removed.

In an advantageous embodiment, fluid adding unit has injection unit, can by the injection unit Fluid is injected in the shell.Thus, it is possible to generate fluid mist, the fluid mist particularly evenly and accurate quantification It is spread in the volume of the shell.It is possible thereby to the deposit in the shell is particularly evenly soaked by the fluid mist, This is conducive to store.

It is preferably set up, the plate structure is the glass plate with frame, wherein operating element is arranged on the frame.By Region that is that glass is constituted, particularly being made of pure glass can then simply manufacture as the plate and need not be manufactured with The operating element.Furthermore realized by this configuration, operating element can also be subjected to biggish power because the frame also with This is relatively more robust than glass plate.It is possible thereby to avoid damage glass plate.Fluid adding unit preferably has container Or case, contain fluid in the container or case.Fluid adding unit also especially has pressure pump.The pressure pump can pass through Element, particularly trigger element activation, to then take fluid by the output unit of fluid adding unit from the container to In the shell.The output unit is preferably injection unit.By the pressure that is applied on the output unit by fluid from The container pumps out.It can be set, fluid adding unit without damage can reversibly equip different injection units, so as to Generate different the amount of injection and/or different droplet sizes.Spraying or fluid mist ingredient can be generated individually.Thus may be used To realize different dosages according to demand.

In an advantageous embodiment, Domestic refrigerator, which has, confesses unit, and the unit of confessing is configured to Export fluid and/or ice product.Unit is confessed it is possible thereby to export the beverage generated individually by this.Confessing unit has appearance Device contains fluid, particularly water in this embodiment.The unit of confessing also has ice making in an advantageous embodiment Machine can be frozen into ice product by the ice machine by fluid.It also can be set herein, for the fluid for confessing unit Container can be the container of fluid adding unit for antistaling container simultaneously.Thus a unique case, case tool are used There are two different units, the fluid adding unit on the one hand confessed unit and be on the other hand used for antistaling container.Thus may be used To reduce the number of components in Domestic refrigerator.The output unit of fluid adding unit can be small-sized machine pump, described small A certain amount of moisture can be added in the shell by type mechanical pump.Fluid adding unit can be arranged on the side wall of the shell Or it however is also mounted in front or the Background Region of the shell.

The shell itself can be the subassembly of antistaling container.Independently of the shell subassembly by antistaling container lid structure At.The lid can also be moved relative to the shell, so as to the coupling being achieved between operating element and fluid adding unit.

Antistaling container especially has there are two individual subassembly.The shell is the first subassembly, and the lid is the Two subassemblies.It can be set herein, the lid is arranged with not moving, and subassembly movement of the shell as movement.At one It can be set in the embodiment of replacement, the shell does not move, and lid movement is for example swung.

Antistaling container can be arranged in receiving chamber and form the partial region of receiving chamber.However antistaling container can also be with It is door compartment, which is arranged on the inside of door.

It is also possible that fluid adding unit is for example arranged on the wall on restriction receiving chamber boundary of internal container, and When the other component movement of Domestic refrigerator, the fluid adding unit can be manipulated individually.It thus can also be with Realization individually adds a fluid in entire receiving chamber.

Domestic refrigerator is especially frostless Domestic refrigerator.Frostless Domestic refrigerator is equipped with frostless technology.It is following Technical method is known as frostless technology, in the technical method, reduces the air humidity being configured in the interior room of freezing chamber.Thus Making food, above frost perhaps significantly reduces frost and the defrosting of freezing chamber can be cancelled or only must also obviously subtract It is carried out in few time circulation.In this frostless technology, such as it is configured to the cooling element and thus secondary cycles of cooling fin The heat exchanger of system is located in the area of isolation in interior room.During cooling stage, by ventilation device by cold air then It is brought into interior room and thus freezing chamber from the area of isolation.The utensil is constructed so that air circulation passes through interior room herein All cell compartments and circulate ground and enter in area of isolation.Because cold air contains a small amount of moisture, described wet Gas especially only condenses upon on the heat exchanger of the secondary refrigeration circulatory system, and the heat exchanger is located in area of isolation, and And the area of isolation is the most cold spot in frostless Domestic refrigerator, the most cold spot is contacted with air.Then it can be set, Defrosting mode is carried out in specific time interval, the first heat exchanger in the defrosting mode in area of isolation It is defrosted.For this purpose, heating device is especially arranged in frostless Domestic refrigerator, the heat is handed over by the heating device Parallel operation is heated.The water then generated by the ice sheet melted can be also discharged simultaneously from utensil by discharge slot from interior room and thus And can be collected in and collect in shell, the collection shell is also used as container for evaporation.Especially ventilation device is in defrosting mode In be not activated, thus freezing chamber continue keep cooling.Icing and the reduction of cooling fin are significantly reduced by frostless technology Air humidity in entire Domestic refrigerator, it is possible thereby to significantly reduce the formation of ice sheet.

The air significantly reduced in frostless utensil in freezing chamber by illustrative, relatively simple method is wet Degree.This separates realizations especially by making cooling fin and real cool storage area or compartment, wherein cold air is by leading to Blower is transported in freezing interior room or freezing cell compartment.Cold air cycles through all cell compartments of refrigerating appliance simultaneously with circulating And cooling-part is entered again.Because the cold air only can poorly receive moisture and can keep a small amount of moisture, institute It is condensed upon in cooling fin with the moisture.It is heated and defrosts in the time interval of rule, and water for example passes through slot Preferably reach in container for evaporation.The air humidity of entire utensil declines and is hardly formed ice sheet.Not with traditional utensil With ground, the major part of the moisture for causing traditional refrigerator to freeze of generation is gathered in the Domestic refrigerator with frostless technology In the area of isolation of cooling fin.

Pass through statement " top ", " lower section ", " front ", " back ", "horizontal", "vertical", " depth direction ", " width side To ", " short transverse " etc. come use as defined in illustrating to meet in utensil and arrangement as defined in meeting in the position that is obtained and fixed Position.

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.In addition, following embodiments and feature combination are considered as disclosure particularly by embodiment above-mentioned , the embodiment and feature combination exceed or combine different from the feature described in the adduction relationship of claim.

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 perspective view of one embodiment of Domestic refrigerator according to the present invention；

Fig. 2 shows the perspective views of one embodiment of antistaling container；

Fig. 3 shows the sectional axonometric drawing of the partial region of antistaling container according to fig. 2；

Fig. 4 show it is in the shell and lid the first relative position relative to each other of antistaling container, according to fig. 2 with Fig. 3's The vertical cross-sectional view of one embodiment of antistaling container；

Fig. 5 shows view in the relative position different from above-mentioned position of the shell and the lid, according to Fig. 4 Figure；

Fig. 6 show with the shell and it is described lid relative to each other the arrangement shown in final position, according to Fig. 4 and figure 5 view；

Fig. 7 shows one of the antistaling container in the shell and lid the first relative position relative to each other of the antistaling container The sectional axonometric drawing of the partial region of a other embodiment；

Fig. 8 shows in the shell and the final position different from Fig. 7 covered relative to each other, according to Fig. 7 View；With

Fig. 9 shows the partial region of the lid of embodiment with the operating element removed, according to Fig. 7 and Fig. 8 Three-dimensional Local map.

In the accompanying drawings, the identical element of identical or function is provided with identical appended drawing reference.

Specific embodiment

The illustrative view of Domestic refrigerator 1 is shown in FIG. 1, the Domestic refrigerator is configured to refrigerating Combined utensil.Domestic refrigerator 1 can be especially frostless Domestic refrigerator.Domestic refrigerator 1 includes having internal hold The ontology or shell 2 of device 3.Internal container 3 limits the first receiving chamber or interior room, the i.e. boundary of refrigerating chamber 4 and limit by its wall Surely be arranged in it is below the refrigerating chamber, independently of the second receiving chamber or interior room of the refrigerating chamber, i.e. freezing chamber 5.Refrigerating chamber 4 is usual For preferably refrigerating refrigeration object frostlessly at a temperature of between+4 DEG C and+8 DEG C.However refrigerating chamber 4 is also it is so structured that zero degree Cell compartment is especially used for fresh-keeping fruit or vegetables.Refrigerating chamber 4 door 6 open when be it is accessibility, described in the Men Congqian face closure Room 4.

Freezing chamber 5 is generally used for the cryogenic refrigeration frozen food for example at -18 DEG C.Freezing chamber 5 is that can arrive when door 7 is opened It reaches.

Refrigeration object container or antistaling container 8 can support with pulling out in refrigerating chamber 4, the refrigeration object container or antistaling container It can be closed by the lid 9 for 14 top of drawer for being supported on antistaling container 8.As illustrated by, one it is additional for example in The cover board 10 of pane of glass bottom form is arranged in 9 top of lid.

There are two opposed vertical side wall 3a and 3b for the tool of internal container 3.

It is preferably set up, partition wall 11 is arranged between lid 9 and cover board 10.By the partition wall by antistaling container 8 with The separation of the rest part volume of interior room or refrigerating chamber 4.

Lid 9 can promote ground in interior room 4 by the supporting arrangement 12 for opening and closing antistaling container 8 and can decline Ground bearing.Supporting arrangement 12 includes especially operating element 13, can manipulate lid 9 by the operating element.

In the vertical direction and thus it is arranged in the partition wall 11 of 9 top of lid in y-direction in an illustrated embodiment It constructs as follows, so that the partition wall also serves as the loading plate for lid 9.Thus lid 9 is supported on this in this embodiment And can be mobile relative to the partition wall 11 on partition wall 11, so as to then relative to 14 quilt of the shell of antistaling container 8 or drawer It is promoted or is declined, the opening state or closed state of antistaling container 8 can be adjusted.

Antistaling container 8 includes lid 9 and drawer 14.

In embodiment shown here, antistaling container 8 is arranged in receiving chamber 4.In an other embodiment, Antistaling container 8 can for example be configured to door compartment.In the embodiment of door compartment, antistaling container 8 also has shell 14 and lid 9, The shell and lid are consistently different from configuration shown in Fig. 1 related to thisly in geometry and size.

The antistaling container 8 as constructed in Fig. 1 is shown in FIG. 2.The antistaling container is shown here from cold Hide the state that room 4 is taken out.Shell 14 is illustrated in the final position relative to lid 9, so that closing is limited by lid 9 and shell 14 herein The partial volume on boundary.

The partial region of antistaling container 8 according to fig. 2 is illustrated with perspective cross section in Fig. 3.It can be appreciated that fluid Adding unit 16 is arranged in the inside 15 of the antistaling container 8.The fluid adding unit is fixed on the perpendicular of shell 14 built-inly On straight side wall 17.Fluid adding unit 16 can arrange herein without damage unloading.Lid 9 has in its configuration as plate at this Have a glass plate 18, the glass plate by the frame 19 independently of it at least partly around.Frame 19 is made of plastics.

As can see herein, at least one operating element 20 is arranged on lid 9 in this embodiment.Behaviour Vertical element 20 is arranged in herein on frame 19.Configuration with 19 one of frame is especially set herein.Operating element 20 is constructed in frame 19 Direction inside 15 downside on.Operating element 20 is configured to guide plate or rib herein.The operating element 20 has slope 21, The slope is referred to as inclined-plane or inclined coupling edge.In the end-state of the position of lid 9 and shell 14, stream Body adding unit 16 couples with operating element 20 and triggering member is maximally activated or maximally squeezed by operating element 20 Part 22.Fluid adding unit 16 especially has the container 23 for fluid, particularly water.In addition, there are one mechanical pumps 24 It is the component of the fluid adding unit 16, the mechanical pump can be activated by trigger element 22 for from 23 pump flow of container Body.Only mechanical manipulation of fluid adding unit 16 is caused at this, the fluid pumped passes through fluid adding unit 16 injection unit 25 is introduced into, particularly is injected in inside 15.

It also can be set in the embodiment that one is replaced, fluid adding unit 16 is for example arranged on lid 9, and is manipulated Element 20 is arranged on shell 14.

It is illustrated according to fig. 2 with sectional elevation to the embodiment of the antistaling container of Fig. 38 in Fig. 4.Here, shell 14 can To be moved on the depth direction (direction z) of Domestic refrigerator 1 along rectilinear direction.Lid 9 is in this embodiment then not It is arranged in refrigerating chamber 4 to movement.It is described to cover while being lattice bottom.

In the relative position relative to each other being shown in FIG. 4, fluid adding unit 16 and operating element 20 are decoupled.If From antistaling container 8, by shell 14 pulls out, position that this is also opened shell 14 is carried out as being shown in FIG. 4 Push-in, then generate coupling part, the trigger element 22 on the coupling part along the motion path that carries out in the depth direction It is mechanically contacted at operating element 20, particularly inclined coupling edge 21.On the motion path of continuation shown in Fig. 5 Coupling set out and then continue to for shell 14 being pushed into, until the shell reaches final position shown in Fig. 2 and Fig. 3.Go out from Fig. 5 It sends out on the motion path continued, trigger element 22 is extruded, particularly is pressed down against, because the trigger element is along inclination Slope 21 move and be pressed down against by the slope.Since coupling position, fluid adding unit 16 is manipulated simultaneously And the injection unit 25 by preferably constructing is realized and the fluid as fluid mist is injected in inside 15.

The vertical cross-sectional view of the antistaling container 8 in final position of the shell 14 relative to lid 9 is shown in FIG. 6.

It is arranged in manipulation, fluid adding unit 16 is only injected within the duration of predetermined addition circulation Or it sprays into.If the injection and penetrating terminate, despite antistaling container 8 Fig. 6 relaying continuation of insurance hold and show Closed position do not go on yet direct fluid into inside 15 in, operating element 20 is also pressed always in the closed position Onto trigger element 22.Thus during as described in fig. 4 to fig. 6 if carry out injection pulse only once.As in Fig. 6 Illustrated in, in final position of the shell 14 reached relative to lid 9 trigger element 22 also no longer with it is inclined tiltedly Slope 21 contacts, but leaves the slope and contact at this time with the lower edge 26 of operating element 20.

The partial region of an other embodiment of antistaling container 8 is illustrated with perspective cross section in Fig. 7.In this reality It applies in scheme and is arranged differently than with current explanation, operating element 20 is the hook or bow part of U-shaped.The hook or bow of the U-shaped Part can be arranged on lid 9 at this without damage unloading.In this embodiment, fluid adding unit 16 has co-operating member 27.In the U-shaped region 28 that the co-operating member enters operating element 20 when shell 14 is relative to 9 relative motion of lid.The behaviour The free U-shaped side foot 29 in lower part of vertical element 20 manipulates trigger element 25 again herein.Be also provided with herein inclined coupling edge or Slope 21.It is entered in the relative motion by co-operating member 27 in U-shaped region and in shell 14 relative to the final of lid 9 Gear leans against on U-shaped bottom in position, forms stop dress by the co-operating member 27 and also especially by operating element 20 It sets, to also reliably reach final position of the shell 14 relative to lid 9.Thus the push-in for avoiding shell 14 from continuing.

Final position between shell 14 and lid 9 is shown in fig. 8 related to thisly.In the embodiment according to Fig. 7 and Fig. 8 In also symbolically show injection opening 30, fluid from the injection opening ejection.

Lid 9 is shown with three-dimensional Local map in Fig. 9, wherein individual operating element 20 is shown here and is removed.Here, Coupled structure 32 constructs on another side U foot 31, and the coupled structure is inserted into corresponding guiding device 33, described Guiding device is integrally formed on the downside of frame 19.Buckling and locking device especially also can be set herein.

Antistaling container 8 can also be configured to door compartment as aforementioned.It then also can be set as shell 14 at this Cell therefor, the container can correspondingly move, to realize that fluid adding unit 16 is coupled with operating element 20.

It not only in the antistaling container 8 as described in Fig. 2 to Fig. 9, but also can be set in door compartment, shell 14 cannot be transported It is dynamic, and lid 9 moves, it is coupled with fluid adding unit 16 to realize and manipulates the fluid adding unit.Lid 9 for example can be with It is moved by pendulum motion relative to shell 14.

Reference signs list

1 Domestic refrigerator

2 ontologies

3 internal containers

3a vertical side wall

3b vertical side wall

4 refrigerating chambers

5 freezing chambers

6

7 refrigerating chamber doors

8 antistaling containers

9 lids

10 cover boards

11 partition walls

12 supporting arrangements

13 operating elements

14 operating elements

Inside 15

16 fluid adding units

17 side walls

18 glass plates

19 frames

20 operating elements

21 slopes

22 trigger elements

23 containers

24 pumps

25 injection units

26 lower edges

27 co-operating members

28 U-shaped regions

29 U-shaped side foot spring elements

30 injection openings

31 side feet

32 coupled structures

33 guiding devices.

Claims (15)

1. a kind of Domestic refrigerator (1), have the receiving chamber (4,5) for food, the antistaling container (8) for food and The fluid adding unit (16) that can be mechanically operated by, the wall that the receiving chamber passes through the internal container (3) of Domestic refrigerator (1) (3a, 3b) limit, the antistaling container have the shell (14) for food as subassembly, pass through the fluid adding unit It can add a fluid in the shell (14), wherein the fluid adding unit (16) is arranged in the antistaling container (8) It can be added on first subassembly (9,14) and by operating element (20) according to the operating element (20) and the fluid Relative motion between unit (16) manipulates, which is characterized in that the operating element (20) is arranged in the antistaling container (8) The second subassembly (9,14) on, and when the two subassemblies (9,14) of the antistaling container (8) move relative to each other The coupling position between the operating element (20) and the fluid adding unit (16) can be adjusted, in the coupling position Institute can be automatically directed fluid by mechanically manipulating the fluid adding unit (16) by the operating element (20) It states in shell (14).

2. Domestic refrigerator (1) according to claim 1, which is characterized in that the operating element (20), which is arranged in, to be set It is placed on the plate above the shell (14), the shell is the first subassembly, and the plate is the second subassembly.

3. Domestic refrigerator (1) according to claim 2, which is characterized in that the plate is lattice bottom.

4. Domestic refrigerator (1) according to claim 2 or 3, which is characterized in that the plate is the antistaling container (8) lid (9).

5. Domestic refrigerator (1) according to any one of claim 2 to 4, which is characterized in that the operating element (20) it arranges with being downwardly projected on the downside of the plate.

6. the Domestic refrigerator according to any one of claim 2 to 5 (1), which is characterized in that the operating element (20) it can be arranged over the plates without damage unloading.

7. Domestic refrigerator (1) according to any one of the preceding claims, which is characterized in that the operating element (20) it is configured to the rib of ramped shaped.

8. Domestic refrigerator (1) according to any one of claim 1 to 6, which is characterized in that the operating element (20) it is configured to the bow part of U-shaped.

9. Domestic refrigerator (1) according to claim 8, which is characterized in that the U-shape configuration is arranged for receiving Co-operating member (27) on first subassembly (9,14), so that the operating element (20) is configured to by the sub-portion The backstop of the co-operating member (27) is used for when part (9,14) takes in final position relative to each other.

10. Domestic refrigerator (1) according to any one of the preceding claims, which is characterized in that the operating element (20) have relative to movement subassembly (9,14) the inclined slope of the direction of motion (21), the slope with the fluid Adding unit (16) mechanically contacts and with the trigger element (22) of the fluid adding unit (16) in the behaviour when coupling It is triggered in the relative motion of the vertical continuation of element (20) and the fluid adding unit (16) relative to each other by squeezing described Trigger element (22).

11. Domestic refrigerator (1) according to any one of the preceding claims, which is characterized in that the fluid is added Unit (16) can be arranged on the shell (14) without damage unloading, and the shell is the first subassembly.

12. Domestic refrigerator (1) according to any one of the preceding claims, which is characterized in that the fluid is added Unit (16) has injection unit (25), can be injected to fluid in the shell (14) by the injection unit.

13. Domestic refrigerator (1) according to any one of the preceding claims, which is characterized in that the plate has glass Glass plate (18) and frame (19) at least partly around the glass plate (18), wherein the operating element (20) is arranged in institute It states on frame (19).

14. Domestic refrigerator (1) according to any one of the preceding claims, which is characterized in that the domestic refrigeration Utensil is frostless Domestic refrigerator.

15. Domestic refrigerator (1) according to any one of the preceding claims, which is characterized in that the antistaling container (8) it is arranged in the receiving chamber (4,5) or the antistaling container is door compartment, which is arranged in the domestic refrigeration On the inside of the door (6,7) of utensil (1).