Shelf assembly with specific carrier frame, and household cooling appliance with a shelf assembly

Abstract

A shelf assembly for installation in a household cooling appliance includes a first shelf and a second shelf that is separate from the first shelf. A carrier frame supports the first shelf and the second shelf. The carrier frame has a guiding. At least one of the shelves can be shifted relative to the carrier frame and relative to the other shelf by way of the guiding. The carrier frame has a first side bar with a holding bracket for holding the shelf assembly at a component of the household cooling appliance. The first side bar has a channel-like housing, into which the holding bracket is introduced.

Claims

1. A shelf assembly for installation in a household cooling appliance, the shelf assembly comprising: a first shelf; a second shelf, which is separate from said first shelf; a carrier frame supporting said first shelf and said second shelf; said carrier frame including a guiding configured to enable at least one of said first and second shelves to be shifted relative to said carrier frame and to the other of said first and second shelves; said carrier frame including a first side bar, said first side bar having a holding bracket configured for holding the shelf assembly at a household cooling appliance component and said first side bar including a channel housing, into which said holding bracket is introduced; and said channel housing including a first housing part and a second housing part separate from said first housing part, and a connection connecting said first and second housing parts.

2. The shelf assembly according to claim 1, wherein said channel housing is formed as a rectilinear scabbard.

3. The shelf assembly according to claim 1, wherein said connection is a snap-fit connection.

4. The shelf assembly according to claim 3, wherein said snap-fit connection comprises a first latch, which is arranged at said first housing part, and a second latch, which is arranged at said second housing part, and wherein said first latch and said second latch are snap-fitted when said first and second housing parts are connected.

5. The shelf assembly according to claim 1, wherein said carrier frame comprises a second side bar arranged parallel to said first side bar, wherein said second housing part is an elongated housing part arranged closer to said second side bar than said first elongated housing part in a width direction of the shelf assembly, and wherein said guiding comprises a first guiding part and said second housing part comprises an outer side, with said first guiding part being integrated on an outer side of said second housing part.

6. The shelf assembly according to claim 1, wherein said first side bar extends in a depth direction of the shelf assembly, wherein said channel housing comprises a rear end, and said rear end comprises an opening, wherein said holding bracket comprises a rear end, which protrudes out of said opening to the rear.

7. The shelf assembly according to claim 1, wherein said channel housing comprises at least one mount, by which the introduced holding bracket is arranged in said housing secured in its position in a depth direction of the shelf assembly.

8. The shelf assembly according to claim 1, wherein said channel housing has a top face with a first top face section and a second top face section, wherein said first and second top face sections are arranged at different levels and directly adjoin each other across a junction being a step.

9. The shelf assembly according to claim 8, wherein said second shelf rests on said second top face section.

10. The shelf assembly according to claim 9, wherein said second shelf is adhered to said second top face section.

11. The shelf assembly according to claim 1, wherein said first shelf comprises a guiding pin, which engages with said guiding, wherein said guiding comprises a receiving core, in which said guiding pin is introduced when said first shelf is arranged in a use position, and wherein said first shelf is arranged completely in front of said second shelf in a depth direction of the shelf assembly in the use position.

12. The shelf assembly according to claim 1, wherein said channel housing comprises a closed and tapered front end.

13. The shelf assembly according to claim 12, wherein said front end comprises a neck protruding to the front, which has a thickness, which corresponds to the thickness of a front border of said first shelf.

14. A household cooling appliance, comprising: a housing formed with a receiving space for food in said housing; a shelf assembly arranged in said receiving space, said shelf assembly including: a first shelf and a second shelf separate from said first shelf; a carrier frame supporting said first shelf and said second shelf; said carrier frame having a guiding configured to enable at least one of said first and second shelves to be shifted relative to said carrier frame and to the other of said first and second shelves; and said carrier frame having a first side bar with a holding bracket for holding the shelf assembly at a component of the household cooling appliance and said first side bar including a channel-shaped housing, into which said holding bracket is introduced; and said channel-shaped housing having a first housing part and a second housing part separate from said first housing part, and a connection connecting said first and second housing parts.

Description

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWING

(1) FIG. 1 is a schematic perspective representation of an embodiment of a household cooling appliance according to the invention with a schematic representation of an embodiment of a shelf assembly according to the invention;

(2) FIG. 2 is a perspective representation of an embodiment of a shelf assembly in a use position of two shelves of this shelf assembly;

(3) FIG. 3 is the representation of the shelf assembly according to FIG. 2 in a stowage position of one of the two shelves;

(4) FIG. 4 is an exploded representation of partial components of a carrier frame of the shelf assembly according to FIG. 2 and FIG. 3;

(5) FIG. 5 is an exploded representation of an embodiment of a shelf of the shelf assembly according to FIG. 2 and FIG. 3;

(6) FIG. 6 is a perspective representation of a partial area of an edge profile of the shelf according to FIG. 5;

(7) FIG. 7 is a sectional representation through a partial area of the shelf assembly in the use position according to FIG. 2;

(8) FIG. 8 is a sectional representation according to FIG. 7 in a sectional plane parallel thereto;

(9) FIG. 9 is a plan view to a partial area of a shelf assembly according to FIG. 2; and

(10) FIG. 10 is a sectional representation through the shelf assembly according to FIG. 2 and FIG. 3, wherein a movable shelf of this shelf assembly is rearwards guided out of a carrier frame of the shelf assembly in certain areas in the representation according to FIG. 10.

(11) In the figures, identical or functionally identical parts are provided with the same reference signs.

DETAILED DESCRIPTION OF THE INVENTION

(12) With indications of “top”, “bottom”, “front”, “rear”, “horizontal”, “vertical”, “depth direction”, “width direction”, “height direction”, etc., the positions and orientations given in intended use and intended arrangement of the apparatus are specified.

(13) Referring now to the figures of the drawing in detail and first, particularly, to FIG. 1 thereof, there is shown a household cooling appliance 1 in a simplified representation. The household cooling appliance 1 is formed for storing and preserving food. The household cooling appliance 1 can for example be a cooling appliance or a freezing appliance or a fridge-freezing appliance. The household cooling appliance 1 comprises a housing 2. In an embodiment, the housing 2 comprises an outer housing 3. Moreover, the housing 2 comprises an inner liner 4. The inner liner 4 is received in the outer housing 3. The inner liner 4 is separate from the outer housing 3.

(14) In an embodiment, the household cooling appliance 1 comprises at least one receiving space 5 for food. Multiple separate receiving spaces can also be provided. In an embodiment, the receiving space 5 can be a cooling compartment. The receiving space 5 is bounded by walls of the inner liner 4.

(15) In an embodiment, a thermally insulating material is arranged in a clearance 6 between the outer housing 3 and the inner liner 4.

(16) In an embodiment, the household cooling appliance 1 comprises a door 7. In the shown embodiment, the door 7 is movably arranged at the housing 2. In an embodiment, the door 7 is pivotable around an axis A oriented in vertical direction (y-direction). The receiving space 5 is closable on the front side by the door 7.

(17) Moreover, an embodiment of a shelf assembly 8 is shown in a schematic representation in FIG. 1. The shelf assembly 8 is illustrated in its final position in the receiving space 5 in FIG. 1. The shelf assembly 8 can be removed from the receiving space 5 in non-destructively detachable manner. As is apparent, the shelf assembly 8 extends across the entire width of the receiving space 5. This width is measured in width direction (x-direction) of the household cooling appliance 1.

(18) In an embodiment, it is provided that the shelf assembly 8 extends over at least 50 percent of the depth of the receiving space 5. The depth is measured in depth direction (z-direction) of the household cooling appliance 1. In an embodiment, this shelf assembly 8 extends over at least 60 percent, in particular at least 70 percent, in particular at least 80 percent, in particular at least 90 percent of this depth of the receiving space 5.

(19) In an embodiment, it can be provided that the shelf assembly 8 can be arranged at different discrete levels in the receiving space 5.

(20) The shelf assembly 8 can be used as a compartment divider or compartment shelf. In an embodiment, the shelf assembly 8 also serves for depositing storage goods. Such storage goods are food like beverages or meal.

(21) In FIG. 2, an embodiment of a shelf assembly 8 is shown in a perspective representation. The shelf assembly 8 comprises a first shelf 9. The first shelf 9 comprises a base plate 10. The base plate 10 can for example be of glass. However, it can for example also be of plastic. The base plate 10 is quadrangular in the embodiment. In particular, it is rectangular. In the embodiment, the first shelf 9 comprises a rear edge profile 11. The designation with respect to the rear edge profile 11 relates to the position at the first shelf 9 to other components of the first shelf 9 viewed in depth direction. This rear edge profile 11 is a rectilinear ledge. It is in particular C-shaped or U-shaped in cross-section. In an embodiment, the edge profile 11 is formed without interruption. In an embodiment, the rear edge profile 11 extends across the entire width of the base plate 10. This width is measured in width direction. The rear edge profile 11 is a component separate from the base plate 10 in an embodiment.

(22) In an embodiment, the first shelf 9 comprises a front edge profile 12. The front edge profile 12 is formed as a rectilinear ledge. It can be U-shaped or C-shaped in cross-section. In an embodiment, the front edge profile 12 is formed as a respectively separate component from the base plate 10 like the rear edge profile 11. In an embodiment, the rear edge profile 10 can be fitted to the base plate 10. In an embodiment, the front edge profile 12 can be fitted to the base plate 10. In an embodiment, the rear edge profile 11 can be integrally formed of plastic. However, it can for example also be formed of metal. The front edge profile 12 can be integrally formed of plastic in an embodiment. However, it can also be formed of metal.

(23) In an embodiment, this shelf assembly 8 comprises a second shelf 13. The second shelf 13 is formed separate from the first shelf 9 in an embodiment. In an embodiment, the second shelf 13 comprises a base plate 14. The base plate 14 is for example formed of glass. However, it can also be formed of plastic. Similarly as the base plate 10, the base plate 14 can also be formed transparent at least in certain areas in an embodiment.

(24) In an embodiment, the second shelf 13 can comprise a front edge profile 15. In an embodiment, the front edge profile 15 is separate from the base plate 14. In an embodiment, the front edge profile 15 extends across the entire width of the base plate 14. The front edge profile 15 can be C-shaped or U-shaped in cross-section. In an embodiment, the front edge profile 15 is arranged at a front edge of the base plate 14. It can be fitted thereto.

(25) In an embodiment, the shelf assembly 8 comprises a carrier frame 16. The carrier frame 16 is separate from the first shelf 9 and separate from the second shelf 13. In an embodiment, the carrier frame 16 is U-shaped formed. In an embodiment, it comprises a first side bar 17. Moreover, it comprises a second side bar 18. The two side bars 17 and 18 extend in depth direction. The two side bars 17 and 18 are arranged parallel and spaced from each other. The two side bars 17 and 18 extend in depth direction. They are straight and bar-like.

(26) Moreover, the carrier frame 16 comprises a connecting bar 19. It connects the two side bars 17 and 18.

(27) In an embodiment, the second shelf 13 is the rear shelf in depth direction. This second shelf 13 is fixedly attached to the carrier frame 16 in an embodiment. In an embodiment, it can for example be adhered to the carrier frame 16. In the shown embodiment, only a front edge 20 of the base plate 14 is provided with such a front edge profile 15. Side edges 21 and 22 of the base plate 14 are not provided with further such separate edge profiles in the shown embodiment. Moreover, a rear edge 23 of the base plate 14 is not provided with such an edge profile in the shown embodiment.

(28) In an embodiment, it is provided that the base plate 14 and thus the second shelf 13 have a width, which exactly corresponds to the distance between the two side bars 17 and 18. Thereby, a lateral protrusion of the second shelf 13 viewed in width direction beyond these side bars 17 and 18 is avoided. In particular, the side edges 21 and 22 are arranged aligned to the outer sides of the side bars 17 and 18.

(29) In FIG. 2, a use position of the shelves 9 and 13 is shown. This means that the two shelves 9 and 13 are arranged one behind the other and in series to each other in depth direction. Thereby, a maximum entire shelf area of the shelf assembly 8 is formed. In an embodiment, the first shelf 9 is arranged movable to the second shelf 13. In the state, in which it is arranged at the carrier frame 16, it can be shifted relative to the second shelf 13 at the carrier frame 16. In an embodiment, thereto, it can be shifted rearwards and below the second shelf 13 starting from the use position shown in FIG. 2. This is shown in FIG. 3. Thus, a non-use position of the first shelf 9 is shown there. It can be provided that the first shelf 9 can be positioned completely below the second shelf 13 viewed in depth direction. Thereby, a free space is formed between the side bars 17 and 18 in the non-use position of the shelf 9 shown in FIG. 3. Thereby, storage goods can be positioned in the receiving space 5 below the shelf assembly 8, but which nevertheless extend into this free space 24, as it is shown in FIG. 3, in vertical direction. Thereby, storage goods can also be positioned such that they can virtually extend upwards through the shelf assembly 8.

(30) In the embodiment according to FIG. 2 and FIG. 3, it is provided that side edges 25 and 26 of the base plate 10 of the first shelf 9 are formed without a frame fixedly arranged thereon. Thus, edge profiles are in particular not arranged at these side edges 25 and 26. In the shown embodiment, thus, only the front edge 27 is provided with the front edge profile 12 and a rear edge 28 in the rear edge profile 11.

(31) Moreover, it is apparent that the first shelf 9 is narrower in width direction than the second shelf 13 in an embodiment. In an embodiment, the first shelf 9 is arranged flush with a top face 30 of the second shelf 13 with a top face 29 when the use position of the shelves 9 and 13 shown in FIG. 2 is set.

(32) In FIG. 3, an embodiment is shown, in which a guide assembly or guide 31, referred to herein as a guiding 31, is also illustrated. In an embodiment, the guiding 31 is arranged at the first side bar 17 as well as at the second side bar 18. Thereto, the guiding 31 comprises a first guiding part 31a (FIG. 4). It is arranged at the first side bar 17. A second guiding part of the guiding 31 is arranged at the second side bar 18. The movably supported first shelf 9 can be guided in defined manner by the guiding 31. In this context, it can be shifted in depth direction.

(33) In FIG. 4, the first side bar 17 of the carrier frame 16 is shown in an exploded representation. The first side bar 17 comprises a housing 32. In the shown embodiment, the housing 32 comprises a first housing part 33. Moreover, it comprises a second housing part 34 separate from the first housing part 33. The two housing parts 33 and 34 are elongated components. In an embodiment, they are each integrally formed. In this respect, they can for example be formed of plastic. The first guiding part 31a is arranged on an outer side 34a of the second housing part 34. The two housing parts 33 and 34 are connected by a connection 35 (FIG. 3). In particular, this connection 35 is a mechanical connection. It can for example be a snap-fit connection.

(34) In FIG. 3, these two housing parts 33 and 34 are shown in the mounted final position. Thereby, they form the housing 32. In this mounted final position, the housing 32 is such that it is closed at a front end 36 in the direction of its length axis B (FIG. 3). In circumferential direction around the length axis B, the housing 32 is also completely closed. The housing 32 is open at a rear end 37. In this respect, it comprises an opening 38. In the assembled state of the two housing parts 33 and 34, a hollow space 39 is formed in the interior of the housing 32. This hollow space 39 is provided for receiving a separate holding bracket 40 as it is shown in FIG. 4. In an embodiment, the holding bracket 40 is integrally formed. For example, it can be formed of metal. The holding bracket 40 is sword-like formed in an embodiment. In this respect, it comprises an elongated, strip-shaped bracket part 41. This bracket part 41 is introduced, in particular completely introduced, into the hollow space 31 in the mounted final state. In an embodiment, the holding bracket 40 comprises an end piece 42. This end piece 42 is a rear end 40a of the holding bracket 40. This end piece 42 is thickened with respect to the bracket part 41. In an embodiment, the end piece 42 comprises holding hooks 43 and 44. The shelf assembly 8 can be detachably attached to a household appliance component of the household cooling appliance 1 by these holding hooks 43 and 44. In particular, it can be hooked into this household appliance component by these holding hooks 43 and 44. For example, the household appliance component can be a rear wall. It can be the rear wall of the inner liner 4. However, it can also be a rear wall separate from it.

(35) As it is apparent in FIG. 2 and FIG. 3, this rear-side end piece 42 of the holding bracket 40 extends rearwards out of the housing 32. In this respect, the corresponding holding bracket 40 is shown in FIG. 2 and FIG. 3, which is arranged in the second side bar 18. The second side bar 18 is constructed corresponding to the first side bar 17 with respect to the housing 32 and thus the housing parts 33 and 34.

(36) By the configuration of the housing parts 33 and 34, a tunnel-like or channel-like or scabbard-like housing 32 is also formed. By such a configuration, it is allowed that such an elongated, sword-like holding bracket 40 is introduced as extensively as possible. Thus, the holding bracket 40 is arranged at the carrier frame 16 circumferentially protected on the one hand. On the other hand, it can thereby also be arranged in mechanically improved manner. Thus, a more stable attachment of this separate holding bracket 40 to further components of the carrier frame 16 is in particular allowed. In an embodiment, it can be provided that the holding bracket 40 is positionally fixed to the housing parts 33 and/or 34. Thereto, a detent can be provided. In this context, the holding bracket 40 can then be arranged in the housing 32 in positionally fixed manner at least in depth direction. Couplers 45 and/or 46 can be provided as the detent. They are formed at the holding bracket 40, in particular the bracket part 41, in the embodiment. Counter couplers, which then engage with these couplers 45 and 46, can be formed at the housing part 33 and/or at the housing part 34.

(37) In FIG. 4, it is also shown in an embodiment that the connection 35 for example comprises latches 47 in an embodiment. They are only symbolically illustrated in FIG. 4. Both the number and the position can be manifold in this respect. These latches 47 can snap-fit to further latches formed at the second housing part 34. Thereby, a snap-fit connection is formed. The latches 47 can be first latches in this context. Further latches can be formed at the second housing part 34 as second latches.

(38) A mount for the holding bracket 40 is formed by the couplers 45 and 46 and the counter coupling elements 48. In this embodiment, counter couplers 48 can for example be provided at the first housing part 33. Here too, both the number and the position are definitely not to be understood in restricting or conclusive manner.

(39) In an embodiment, the housing 32 comprises a top face 49. This top face 49 comprises a first top face section 50 in an embodiment. Moreover, it comprises a second top face section 51. The two top face sections 50 and 51 are extensive strips. They are oriented in series to each other in depth direction. The top face sections 50 and 51 are rectilinearly formed. The top face section 50 is formed consistently at a first level. The second top face section 51 is formed at a different level compared thereto. However, in an embodiment, the second top face section 51 is formed at a lower level than the first top face section 50. A step 52 is formed at a transition between the top face sections 50 and 51 adjoining to each other. It forms the offset at the junction between the two top face sections 50 and 51.

(40) In an embodiment, the second shelf 13 is laid, in particular adhered, on the second top face section 51 from above.

(41) Since the second side bar 18 is formed corresponding to the explanations to the first side bar 17 with respect to its configuration, the second shelf 13 is also laid, in particular adhered, on the corresponding top face section of the housing of the side bar 18.

(42) In FIG. 4, an embodiment of the first guiding part 31a at the first side bar 17 is also shown. This guiding part 31a comprises a strip-shaped guiding lay-on 53. This guiding part 31a, as it is provided at the first side bar 17, is arranged exclusively at the second housing part 34 in the embodiment. It is in particular formed integrally with the second housing part 34.

(43) In the mounted final state of the two housing parts 33 and 34, this strip-shaped guiding lay-on 53 is formed farther in the direction to the second side bar 18 viewed in width direction than the first housing part 33 extends in this respect. Thus, this strip-shaped guiding lay-on 53 extends farther in the direction to the second side bar 18 as also the top face 49 in width direction. Thereby, it is allowed that the shelf 9 only has to extend between the side bars 17 and 18 and can still be securely held and guided by laying on this strip-shaped guiding lay-on 53. By this width extension of the strip-shaped guiding lay-on 53, a guiding link open towards the top is thus virtually formed. Thus, there is no corresponding counterpart in the guiding 31, which would cover such a guiding link towards the top. Thus, the first shelf 9 is virtually exposed towards the top upon guiding on this strip-shaped guiding lay-on 53 viewed in the area without guiding pins 57a, 57b. It is not bounded or covered by a corresponding upper guiding lay-on opposing the strip-shaped guiding lay-on 53.

(44) As is apparent in FIG. 4, this strip-shaped guiding lay-on 53 comprises a ramp 54 in addition to the strip-shaped base lay-on 53a in an embodiment. The first shelf 9 is continuously moved into a higher position by this ramp 54 upon shifting from its non-use position shown in FIG. 3 shortly before reaching the use position according to FIG. 2. Viewed in depth direction towards the front, this strip-shaped guiding lay-on 53 comprises a then again horizontal section 55. It adjoins to the ramp 54 on the front side. In the final position shown in FIG. 2 of the first shelf 9 in its use position, the first shelf 9 rests on this section 55 in particular with its front edge profile 12.

(45) Moreover, the guiding 31 comprises a further ramp 56 at its guiding part 31a. This ramp 56 is narrower than the front ramp 54 viewed in width direction. The second ramp 56 is also narrower than this strip-shaped base lay-on 53a. A guiding pin 57a (FIG. 5 and FIG. 6) is guided on this further ramp 56. This guiding pin 57a, as it is shown in FIG. 5, is formed at the rear edge profile 11. It is laterally protruding beyond the base plate 10 in width direction.

(46) In an embodiment, it is provided that only these two guiding pins 57a and 57b are provided. They are in particular formed integrally with the rear edge profile 11.

(47) In an embodiment, the first shelf 9 does not comprise further laterally protruding guiding pins any more except for these two rear guiding pins 57a and 57b. Thus, it is provided in an embodiment that such guiding pins are not present in a front length half of the first shelf 9. The length of this first shelf 9 is measured in depth direction of the shelf assembly 8 in this context. Thus, this front edge profile 12 does not comprise such laterally protruding guiding pins in an embodiment. The base plate 10 also does not comprise such guiding pins. Thus, it is provided that the first shelf 9 is only coupled to two such guiding pins 57a and 57b of the guiding 31 in particular formed in a rear length half of the first shelf 9 and laterally protruding in an embodiment. Upon forward shifting the first shelf 9 starting from the non-use position in FIG. 3, these guiding pins 57a and 57b are guided in this guiding part 31a and there then brought into a final position. In this final position, the guiding pin 57a is introduced in a receiving core 58 shown in FIG. 4. The guiding pin 57a is then also held in this receiving core 58, which is a constituent of the first guiding part 31a. The receiving core 58 is arranged at a level, which corresponds to the level of the section 55. Thereby, the first shelf 9 is completely horizontally oriented in its use position according to FIG. 2.

(48) The receiving core 58 is formed, in particular integrally formed, in the second housing part 34 in the shown embodiment. The receiving core 58 can also be referred to as receiving box or receiving recess.

(49) In this respect too, the second side bar 18 is correspondingly formed. Thereby, the further guiding pin 57b can be correspondingly guided and positioned. The corresponding further ramp 56 is also formed there.

(50) As is apparent in representations in FIG. 3 and FIG. 4, this strip-shaped guiding lay-on 53 is formed in front of the second shelf 13 viewed in depth direction. In an embodiment, this strip-shaped guiding lay-on extends over at least 90 percent in the direction of the measured length of the first shelf 9 in the use position. Thus, the shelf 9 is also completely laterally bordered by the housing 32 over its entire length in its use position according to FIG. 2.

(51) Thus, a front area of the shelf 9 also rests on this strip-shaped guiding lay-on 53 in the use position of the first shelf 9. The ramp 54 and the section 55 are also associated with it. By this strip-shaped guiding lay-on 53, as it extends and geometrically forms, is also allowed that the first shelf 9 is simpler to handle with respect to its shift. A more jamming-free and strutting-free shift is allowed. In the front area of the first shelf 9, laterally protruding guiding pins are no longer required. In the use position according to FIG. 2, the shelf 9 is therefore also movable relative to the carrier frame 16 at least in the front area in an embodiment. In this respect, it can be easily lifted. Thereto, the guiding pins 57a and 57b form a rotational axis or pivot axis, around which the first shelf 9 can also be pivoted in the use position. In this respect, easy lifting can in particular be effected. Thereby, moving the first shelf 9 from its use position towards the non-use position according to FIG. 3 is also facilitated. The initiation this shifting process is also simplified by this configuration. Because, the first shelf 9 can first be easily lifted on the front side starting from the use position shown in FIG. 2 in this context. Thereby, the following shift of the first shelf 9 is simplified. Leading out the guiding pins 57a and 57b from the receiving core 58 is thereby facilitated.

(52) Upon shifting the first shelf 9, this first shelf 9 rests on these strip-shaped guiding lay-ons 53. In an embodiment, this is effected by the front edge profile 12. It can also be provided that the base plate 10 additionally directly rests on this strip-shaped guiding lay-on 53.

(53) In the surface area of this strip-shaped guiding lay-on 53, the first shelf 9 is arranged completely exposed towards the top and thus viewed in vertical direction. This means, as it was already explained above, that this strip-shaped guiding lay-on 53 does not comprise an overlying counterpart such that an upwards closed guiding groove is not formed. Upon shifting, a first length half L1 (FIG. 5) of the first shelf 9 is only guided by resting on this strip-shaped guiding lay-ons 53 of these two side bars 17 and 18. This front length half L1 does not comprise lateral guiding pins or the like as the rear length half L2 of the first shelf 9 comprises.

(54) Moreover, the guiding 31 comprises a rear guiding section 59 in an embodiment. This rear guiding section 59, as it is illustrated at the side bar 17 in FIG. 4, is arranged below the second shelf 13 in vertical direction (y-direction) of the shelf assembly 8. Thereby, the first shelf 9 can be shifted below the second shelf 13 also guided in this respect. The rear guiding section 59 directly adjoins to the guiding lay-on 53. The rear guiding section 59 is a constituent of the first guiding part 31a.

(55) In an embodiment, it is provided that the first shelf 9 can be rearwards shifted out of the carrier frame 16 in depth direction of the shelf assembly 8. Thus, for example starting from the non-use position of the first shelf 9 in FIG. 3, this first shelf 9 can be rearwards shifted out of the carrier frame 16. Thereby, it can also be completely removed from the carrier frame 16. Thereby, the cleanability of the first shelf 9 is for example separately possible. Improved cleaning of this component is thereby allowed.

(56) In FIG. 7, a partial section of the shelf assembly 8 according to FIG. 2 is shown in a vertical sectional representation. Here, the sectional plane is the y-z plane. As is apparent, the rear edge profile 11 comprises a rear wall 60. This rear wall 60 is obliquely oriented. An upper end 60a of this rear wall 60 is farther forward than a lower end 60b viewed in depth direction. In an embodiment, it is provided that a front wall 61 of the front edge profile 15 is obliquely inclined. In an embodiment, an upper end 61a of this front wall 61 is positioned farther forward viewed in depth direction than a lower end 61b. As is apparent in FIG. 7, the rear wall 60 and the front wall 61 are inclined in the same direction. In an embodiment, a distance between this rear wall 60 and the front wall 61 is set in the use position. Thus, a crack 62 is formed. It can be configured relatively small in this respect. If such an inclined position of the rear wall 60 and/or the front wall 61 would not be formed, the crack 62 would be considerably larger measured in depth direction. This would be disadvantageous with regard to falling-through of storage parts or the like. By this specific geometry of the rear wall 60 and/or the front wall 61 and thus the shaping of the crack 62 resulting from it, an improved concept can be provided in this respect. By this crack 62, a specific venting slit can then also be formed. The passage of the air can also be effected preset in a certain orientation to some extent by this specific inclination.

(57) In an embodiment, it is provided that the rear edge profile 11 is attached to the base plate 10 by a snap-fit connection 63. In an embodiment, it can be provided that the front edge profile 15 is attached to the base plate 14 by a corresponding snap-fit connection.

(58) In FIG. 8, the arrangement of the components according to FIG. 7 is shown in a corresponding vertical sectional representation. However, a vertical sectional plane different from FIG. 7 is chosen in FIG. 8. It is parallel to FIG. 7. In FIG. 8, a vertical sectional representation through the guiding pin 57a is shown in this respect. The receiving core 58 is also shown in FIG. 8. The receiving core 58 is bounded towards the front by a front wall 64a. A stop for the guiding pin 57a is formed by the front wall 64a. In an embodiment, the receiving core 58 is bounded towards the bottom by a base wall 64b. The guiding pin 57a rests on this base wall 64b in its final position when it is introduced in the receiving core 58.

(59) In FIG. 9, a representation of a partial section of the shelf assembly 8 according to FIG. 2 is shown in a plan view.

(60) In FIG. 10, the shelf assembly 8 is shown in a further vertical sectional representation. In contrast to the representation in FIG. 3, in which the non-use position of the shelf 9 is illustrated, this shelf is already shifted out of the carrier frame 16 slightly further to the rear in FIG. 10. In this context, FIG. 10 shows the possibility already set forth above of completely rearwards removing the shelf 9 out of the carrier frame 16.

(61) Moreover, a front end 65 of the first side bar 17 of the carrier frame 16 is shown in FIG. 10 as already apparent in FIG. 3 and FIG. 4 as well as also in FIG. 2. The front end 65 is formed tapered. The front end 65 comprises a neck 66 protruding to the front. This neck 66 has a thickness d. In an embodiment, this thickness d corresponds to the thickness d1 (FIG. 5) of the first shelf 9. In an embodiment, the thickness d1 is the thickness of the front edge profile 12. Here too, it is provided in corresponding configuration that the second side bar 18 is also correspondingly configured.

(62) In conclusion, it is to be mentioned again that the configuration of the side bar 17, as was explained above and amplified based on embodiments, can each be correspondingly provided for the second side bar 18 in an embodiment.

(63) In an embodiment the housing is formed as a rectilinear scabbard.

(64) In an embodiment the housing comprises a first housing part and a second housing part separate from it, wherein the housing parts are connected by a connection.

(65) In an embodiment the connection is a snap-fit connection.

(66) In an embodiment the snap-fit connection comprises a first latch, which is arranged at the first housing part, and comprises a second latch, which is arranged at the second housing part, wherein the first latch and the second latch are snap-fitted when the housing parts are connected.

(67) In an embodiment the shelf assembly has a width direction, and the carrier frame comprises a second side bar, wherein the second side bar is arranged parallel to the first side bar, wherein the second elongated housing part is arranged closer to the second side bar than the first elongated housing part in this width direction, wherein the guiding comprises a first guiding part and the second housing part comprises an outer side, wherein the first guiding part is integrated on the outer side of the second housing part.

(68) In an embodiment the shelf assembly has a depth direction, wherein the first side bar extends in this depth direction, wherein the housing comprises a rear end, and the rear end comprises an opening, wherein the holding bracket comprises a rear end, which protrudes out of the opening to the rear.

(69) In an embodiment the housing comprises at least one mount, by which the introduced holding bracket is arranged in the housing secured in its position in depth direction of the shelf assembly.

(70) In an embodiment the housing comprises a top face, and the top face comprises a first top face section and a second top face section, wherein the top face sections are arranged at different levels and directly adjoin to each other and the junction is a step.

(71) In an embodiment the second shelf rests on the second top face section.

(72) In an embodiment the second shelf is adhered to the second top face section.

(73) In an embodiment the first shelf comprises a guiding pin, which engages with the guiding, wherein the guiding comprises a receiving core, in which the guiding pin is introduced when the first shelf is arranged in a use position, wherein the first shelf is arranged completely in front of the second shelf in depth direction of the shelf assembly in this use position.

(74) In an embodiment the housing comprises a front end, wherein the front end is closed and tapered.

(75) In an embodiment the front end comprises a neck protruding to the front, which has a thickness, which corresponds to the thickness of a front border of the first shelf.

(76) The following is a list of reference numerals used in the above description of the invention with reference to the drawing figures: 1 household cooling appliance 2 housing 3 outer housing 4 inner liner 5 receiving space 6 clearance 7 door 8 shelf assembly 9 first shelf 10 base plate 11 rear edge profile 12 front edge profile 13 second shelf 14 base plate 15 front edge profile 16 carrier frame 17 side bar 18 side bar 19 connecting bar 20 front edge 21 side edge 22 side edge 23 rear edge 24 free space 25 side edge 26 side edge 27 front edge 28 rear edge 29 top face 30 top face 31 guiding 31a guiding part 32 housing 33 first housing part 34 second housing part 34a outer side 35 connection 36 front end 37 rear end 38 opening 39 hollow space 40a rear end 40 holding bracket 41 bracket part 42 end piece 43 holding hook 44 holding hook 45 coupler 46 coupler 47 latch 48 counter coupler 49 top face 50 first top face section 51 second top face section 52 step 53 guiding lay-on 53a base lay-on 54 ramp 55 section 56 ramp 57 guiding border 57a guiding pin 57b guiding pin 58 receiving core 59 rear guiding section 60 rear wall 60a upper end 60b lower end 61 front wall 61a upper end 61b lower end 62 crack 63 snap-fit connection 64a front wall 64b base wall 65 front end 66 neck A axis B length axis L1 first length half L2 second length half d thickness d1 thickness x width direction y vertical direction z depth direction