EP2606296B1 - A refrigerator with a mounting rail for a shelf - Google Patents

Description

The invention relates to a refrigeration appliance, in particular domestic refrigeration appliance, comprising a thermally insulated, a storage room for refrigerated goods lining inner container with a rear wall, a door opening and closing an opening plane of the storage room on the refrigerator mounted door leaf, and at least one shelf for storing refrigerated goods, and at least two holding means , Which are designed to extend the shelf with its opposite sides of the inner container in the storage room extendable and insertable.

The DE 199 61 786 A1 describes a cooling device with a heat-insulating housing, within which at least one cooling chamber is arranged, which is closed by a door which has at least one storage compartment with a receiving space for refrigerated goods on its inside facing the refrigerator compartment, wherein the storage compartment is assigned an additional storage compartment, the is provided outside of the receiving space of the storage compartment and holding means for releasably holding in at least one receptacle on the storage compartment.

The DE 298 15 932 U1 discloses a refrigeration device according to the preamble of claim 1 and describes a cooling device with a closable by a door, at least one cooling space receiving heat-insulating housing, which is formed by an outer lining, a heat-insulating intermediate layer and the cooling space lining lining, which on the cold room side on their side walls Carrying rails are fitted, on which refrigerated goods racks are supported with lateral projections and which is arranged at its remote end remote from the bearing surface of the support strips receptacle downstream, in which serving as a door distant projections pin can be inserted. The receptacle is designed as a guide slot, which is capable of frictionally holding the pins of the refrigerated goods storage in the positionally correct end position. A support frame is provided for the purpose of supporting the refrigerated goods tray on the support rails at its side frame portions with laterally projecting projections, which are formed in the near-door area by wing-like boom and in the remote area by trunnions.

The US 2,719,772 describes a refrigerator with grates that slide by means of non-rotating slider on guide members and occupy the entire width of the refrigerator compartment, wherein the guide members are movable to an extended position on rollers and moves the grate with respect to the guide members to a more extended position which are determined by attacks on the management links.

The object of the invention is to provide a holder for shelves in refrigerators, through which one or more shelves are mounted extendible.

This object is achieved by a refrigerator, in particular household refrigeration appliance, comprising a thermally insulated, a storage space for refrigerated goods forming inner container with a rear wall, a door opening and closing an opening plane of the storage room on the refrigerator mounted door leaf, and at least one shelf for storing refrigerated goods, and at least two holding means, which are designed to extend the shelf with its opposite sides of the inner container in the storage room extendable and insertable, wherein the holding means have support rails which are adapted to support the shelf in an opening plane facing front depth range such that one of Rear wall of the inner container facing rear depth range of at least there cantilevered formed shelf protrudes in an inserted position in the direction of the rear wall, and wherein the support rail has a mounting portion for insertion in a retaining means designed as a retaining groove on the inner container, wherein the retaining groove extends only over the opening plane facing the front depth region in which the shelf is supported by the support rail.

In other words, the shelf is supported only in a front portion of the holding means and the support rails and a rear portion of the shelf is supported by no storage means, but projects beyond the support of the front portion rearwardly toward the rear wall of the inner container. In the extended state of the shelf then the rear wall of the inner container facing rear depth region of the shelf can be supported by the mounting rails and the front portion of the shelf projecting forward freely beyond the support forward. This can be done using particularly short holding means or mounting rails a wide extension distance or wide Einschiebestrecke be created for the shelf.

In all embodiments according to the invention, the support rail can be designed to support the shelf in a region between a front edge of the shelf and a maximum depth of two thirds of the total depth of the shelf. In other words, the shelf projects more than one-third of its total depth to the rear, i. towards the rear wall of the inner container. Instead of a maximum of two-thirds of the total depth of the shelf can be supported in a limited embodiment, only over half of its total depth or even less, by the holding means or the mounting rails.

In all embodiments of the invention, the mounting rail on a mounting portion which is designed for insertion into a retaining means formed on the inner container retaining means, wherein the retaining groove extends only over the opening plane facing front depth region in which the shelf is supported by the support rail.

In other words, the retaining grooves extend only in a front or middle region of the shelf and in a rear region of the shelf there are no retaining grooves.

The retaining grooves may extend in a further embodiment in an area between a front edge of the shelf and a maximum depth of two-thirds of the total depth of the shelf. Instead of a maximum of two-thirds of the total depth, the retaining grooves in a limited embodiment can also extend over only half the total depth of the shelf or even less.

The mounting rails can be designed as a rigid individual components. The support rails may be configured to be inserted by a user into the retaining grooves provided on inner sidewalls of the inner container. In particular, the support rails may be designed to be used in retaining grooves, which are designed for immediate retention of edges of a shelf.

By means of the mounting rails according to the invention, it is also possible, for example, to retrofit refrigeration appliances which in themselves were designed only to receive shelves directly at their side edges in the inner container, ie. to keep. Thus, by means of the support rails according to the invention one or more shelves extendable be performed in the inner container and / or other shelves are stored directly in the holding without using the support rails.

The support rail may have a mounting portion, the contour of which is adapted to the inner dimensions of the retaining groove to form a transitional or interference fit between the mounting portion and retaining. Thus, a user can reliably manually fasten the mounting rails to inner sides of the inner container without the use of tools. The mounting rail can be designed to be detachably fastened to the retaining grooves, so that a user can remove the mounting rails from the refrigeration device as needed, in particular without requiring tools.

In all embodiments of the invention, the support rail may have a holding means to hold the support rail in the retaining groove positively and / or frictionally. In a special embodiment, the mounting rail may have a latching means which is designed to hold the mounting rail in a form-fitting manner in the retaining groove. The locking means may serve to keep the mounting rail secured in the respective retaining groove. The locking means may be formed, manually operated, or to be solved.

The retaining groove may have a recess into which a projection of the locking means engages positively in a position of the fastening portion attached to the retaining groove. Through a combination of return and projection a positive connection is created. Due to the positive connection, the mounting rail according to the invention is particularly reliable secured to the inner container or the inner wall against unintentional loosening.

In all embodiments of the invention, the support rail may have a stop which is designed to limit a maximum extension length of the shelf. By limiting the maximum extension length of the shelf falling out and / or tilting of the shelf from the refrigerator is prevented. So remains stored on the shelf refrigerated goods reliably and the risk of falling down is reduced.

The stop can be formed by a projection on a lower wall of the support rail, to which an edge portion of the shelf is present at maximum extension length of the shelf. Depending on the depth of the shelf, the edge portion of the shelf can be arranged such that only a predetermined uncritical part, for example, at most half the depth of the shelf can be pulled out of the refrigerator protruding.

In all versions, the support rail may have an angle profile. The angle profile may in particular be a rectangular cross-section L-shaped profile. In all embodiments, the support rail thereby have a first angle leg, which forms the guide portion, and have a second angle leg, which forms the attachment portion. The guide section of the first angle leg can in particular be designed as a web.

In all embodiments according to the invention, the guide section may have a web which projects in the horizontal direction and at least approximately parallel to a side wall of the inner container and predetermines an extension direction. The web forms a guide, which can specify the extension direction and the extension angle.

In all embodiments according to the invention, the shelf may have a guide strip, in particular the web encompassing, in particular from above embracing bar, in particular plastic strip. By a comprehensive storage of the shelf to, for example, one or two mounting rails a play-free retractable storage for the shelf can be created.

In all embodiments according to the invention, the support bar, in particular the guide section, may have a roller, in particular a rotatably mounted roller, which rolls along a guide track of the shelf. By the shelf by a guide portion on the support bar on the roller, which can be rotatably supported by means of Rolling friction is performed, a pulling and pushing the shelf with reduced effort. ie easier for a user.

The guideway may be arranged in a hollow profile of the shelf. By the guideway is arranged in a hollow profile of the shelf, both the guideway and optionally also the role of dirt can be protected. Alternatively or additionally, the shelf can be pulled out and inserted safe to use, since the arranged in a hollow profile of the tray guideway protection is created, which shields the role against contact.

The shelf may have a glass plate to which the bar, in particular plastic strip is attached directly. The strip can be arranged circumferentially on an outer contour of the shelf. In particular, the plastic strip may be molded onto the outer edges of the glass plate, added, in particular clamped or glued.

The strip, in particular plastic strip, can be connected to a refrigerated goods retaining wall extending upwards in the manner of a frame around the shelf, in particular the glass plate, extending upwards from the plane of the shelf, in particular from the plane of the glass plate.

In summary, and in other words, the invention thus provides, inter alia, a refrigeration device which can be equipped with extendible planes, i. Shelves is equipped. By means of the mounting rails according to the invention can be dispensed with expensive, prefabricated extension systems. Especially in price segments that do not allow the use of full-extension systems, the mounting rails according to the invention can be used cost-optimized.

An inventive pull-out system for shelves, in particular tray-shaped shelves can consist of an overmolded glass shelf, in particular with raised edges. An extraction system according to the invention can have two support strips, which can be inserted, for example, laterally into the frame of the glass plate.

The frame forms the guide for this support strips, the Auszugsweg can be limited by locking lugs or stops. The support bars and the shelf may thus form an assembly that can be easily inserted, for example, in a sidewall rib field, i. a plurality of superimposed retaining grooves, in particular on opposite side walls of the inner container, implemented and can be varied in the altitude.

The strips rest in groove-like receptacles in the refrigerated goods container.

The support strips can be fixed in the inner container via a molded detent spring. The strips could be designed as low-priced injection-molded parts. The shelf may be an overmolded glass plate. Although the two rails mean additional expenditure on additional costs of this extendable system in comparison to a fixed attachment of the shelves. This solution is particularly suitable for less expensive devices and series.

The extraction path, which is made possible by this simple system, is completely sufficient to considerably facilitate access to stored refrigerated goods. An optionally raised edge of these pull-outs can clearly separate the chilled goods from the inner wall. Such a separation prevents refrigerated goods touched the container walls and is offset by the extension movement and could fall over.

Further advantages will become apparent from the following description of an embodiment with reference to the accompanying figures. Concrete features of this embodiment may represent general features of the invention.

Fig. 1

eine perspektivische Darstellung eines Ausschnitts eines Kältegerätes mit einer erfindungsgemäßen Tragschiene für einen Fachboden in einer im Innenbehälter montierten, eingeschobenen Position;

Fig. 2

eine perspektivische Darstellung eines Ausschnitts des Fachbodens mit einer perspektivischen Darstellung der Tragschiene gemäß Fig. 1 vor einer Montage an dem Fachboden;

Fig. 3

eine perspektivische Darstellung eines Ausschnitts des Fachbodens mit einer perspektivischen Darstellung der Tragschiene gemäß Fig. 1 nach der Montage an dem Fachboden;

Fig. 4

eine perspektivische Darstellung eines Ausschnitts des Fachbodens mit einer perspektivischen Darstellung der Tragschiene gemäß Fig. 1 in einer ausgezogenen Anordnung;

Fig. 5

eine perspektivische Darstellung eines Ausschnitts des Fachbodens von unten mit einer perspektivischen Darstellung der Tragschiene gemäß Fig. 1 in einer eingeschobenen Anordnung;

Fig. 6

eine perspektivische Darstellung eines Ausschnitts des Fachbodens von unten mit einer perspektivischen Darstellung der Tragschiene gemäß Fig. 1 in einer ausgezogenen Anordnung;

Fig. 7

eine perspektivische Darstellung eines Ausschnitts eines Kältegerätes mit einer erfindungsgemäßen Tragschiene für einen Fachboden vor einer Montage an Haltenuten des Innenbehälters;

Fig. 8

eine perspektivische Darstellung eines Ausschnitts eines Kältegerätes mit einer erfindungsgemäßen Tragschiene für einen Fachboden in einer im Innenbehälter montierten, ausgezogenen Position.

Show it:

Fig. 1

a perspective view of a section of a refrigerator with a support rail according to the invention for a shelf in a mounted in the inner container, retracted position;

Fig. 2

a perspective view of a section of the shelf with a perspective view of the support rail according to Fig. 1 before mounting on the shelf;

Fig. 3

a perspective view of a section of the shelf with a perspective view of the support rail according to Fig. 1 after mounting on the shelf;

Fig. 4

a perspective view of a section of the shelf with a perspective view of the support rail according to Fig. 1 in an extended arrangement;

Fig. 5

a perspective view of a section of the shelf from below with a perspective view of the support rail according to Fig. 1 in an inserted arrangement;

Fig. 6

a perspective view of a section of the shelf from below with a perspective view of the support rail according to Fig. 1 in an extended arrangement;

Fig. 7

a perspective view of a section of a refrigerator with a support rail according to the invention for a shelf before mounting to retaining grooves of the inner container;

Fig. 8

a perspective view of a section of a refrigerator with a support rail according to the invention for a shelf in a mounted in the inner container, extended position.

The Fig. 1 shows a perspective view, approximately from the perspective of a user, a household refrigerator 1 with the door open 2. The open door 2 allows access to a storage room 3 for refrigerated goods. The storage space 3 is formed or limited by a thermally insulated inner container 4. The door leaf 2 is used for opening and closing the storage space 3 and is pivotally mounted with respect to an opening plane of the household refrigerator 1 and the inner container 4.

The inner container 4 has retaining grooves 7 for at least one shelf 8. Instead of a single shelf 8, two or more shelves 8 may be stored in the inner container 4. On the inner container 4, one or more retaining grooves 7 can be arranged on the two opposite side walls 4a, 4b. The at least one retaining groove 7 has at least one upwardly facing support surface 7a and a downwardly facing support surface 7b.

The one or more retaining grooves 7 act with a fastening portion 12 (FIG. Fig. 2 ) a support rail according to the invention 9 together, which supports the shelf 8 at a desired altitude in the inner container 4. The support rail 9 is displaceably mounted to extend with the shelf 8 coupled. The retaining grooves 7 are on opposite side walls 4a, 4b of the inner container 4, in particular like a floor repeated at several altitudes, as in Fig. 1 shown, arranged.

As in Fig. 2 illustrated, the support rail 9 to form a transition or interference fit between the mounting portion 12 and retaining groove 7 on a mounting portion 12 whose contour is adapted to the inner dimensions of the retaining groove 7. The attachment portion 12 has a cuboid basic shape. At a back in the refrigerator 1, ie in low position in the inner container 4 to be positioned front end 9a of the mounting portion 12 is formed in cross-section semicircular contoured. The fastening section 12 furthermore has two top and bottom sides 12a, 12b which are arranged at a parallel distance from one another and one above the other. On a front side in the refrigerator 1, ie in the front, door-side position in the inner container 4 to be positioned front end 9b, the attachment portion 12 has a projection 15, in particular a spring projection, in a fixed position in the retaining groove 7 of the support rail 9 in a recess 16 (FIG. Fig. 1 ) engages an inner wall of the retaining groove 7. The projection 15 and the recess 16 so far form a locking means which holds the support rail positively in the retaining groove 7. The locking means, or the projection 15 and the recess 16 may in particular be arranged on opposite side walls 4a and 4b of the inner container 4 and on opposite side edges of the shelf 8 and in this respect present in pairs symmetrically.

The support rail 9 has the guide portion 14. The guide portion 14 extends in the horizontal direction and in the mounted position parallel to one of Side walls 4a, 4b of the inner container 4. The guide portion 14 has a pull-out direction predetermined web 14a. The shelf 8 has a strip 17, in particular plastic strip 17a.

The support rail 9 forms, as in Fig. 2 represented, in the embodiment an angle profile. The angle profile may in particular be a rectangular cross-section L-shaped profile. In all embodiments, the support rail 9 may have a first angle leg, which forms the guide portion 14 and have a second angle leg, which forms the attachment portion 12. The guide portion 14 of the first angle leg may be formed in particular as the web 14 a.

Like in the Fig. 3 can be seen, the strip 17, in particular the plastic strip 17a of the shelf 8 surrounds the guide portion 14 and the web 14a from above. In the exemplary embodiment, the strip 17, in particular the plastic strip 17a, has a U-shaped cross section which encompasses the .passage section 14 or the web 14a from three sides. In the cross section of the mounting rail of the guide portion 14 is arranged at a right angle to the mounting portion 12. At an inner edge between guide section 14 and attachment section 12 is in the illustrated embodiment, a longitudinal notch 18 (FIG. Fig. 2 ), in which a bent extending locking strip portion 19 of the strip 17, in particular the plastic strip 17a can engage positively.

The shelf 8, in the exemplary embodiment, a glass plate 20 to which the strip 17, in particular plastic strip 17a is directly attached. The glass plate 20 may be overmolded by the strip 17, in particular plastic strip 17a. The strip 17, in particular plastic strip 17a, can consequently be connected to a refrigerated goods retaining wall 21 extending upwards around the shelf 8, in particular the glass plate 20, extending upwards from the plane of the shelf 8, in particular from the plane of the glass plate 20.

In the Fig. 4 the support rail 9 is shown in its assembled position on the shelf 8 in an extended arrangement.

The Fig. 5 shows the shelf 8 from below with the support rail 9 in an inserted arrangement. The support rail 9 has on its underside a stop 22, which is designed to limit a maximum extension length of the shelf 8.

The Fig. 6 shows the shelf 8 from below with the support rail 9 in an extended arrangement. The stopper 22 is formed in the illustrated embodiment by a projection on a lower wall 24 of the support rail 9, to which an edge portion 23 of the shelf 8 is present at maximum extension length of the shelf 8.

In each case a stop 22 and in each case an edge portion 23 may be arranged on opposite side edges of the shelf 8 and in this respect present in pairs symmetrically.

The Fig. 7 again shows a section of the refrigerator 1 with an embodiment of the support rail 9 and the shelf 8 before mounting on the retaining grooves 7 of the inner container 4. The holding means 7.1 or in the illustrated embodiment, the retaining grooves 7 are formed, the shelf 8 in one of the opening plane O facing, front depth region support such that the rear wall 28 of the inner container 4 facing rear depth region TH of at least there cantilevered shelf 8 protrudes in an inserted position in the direction of the rear wall 28.

Also, in the illustrated embodiment, the support rails 9 are formed to support the shelf 8 only in a region between a front edge of the shelf 8 and a maximum depth of two-thirds of the total depth of the shelf 8.

The support rails 9 in this case have a mounting portion 12, which are configured for insertion into a holding means 7 formed on the inner container 4 holding means 7.1, wherein the retaining groove 7 extends only over the opening plane O facing front depth range in which the shelf 8 through the support rail 9 is supported. This means that the retaining groove 7 is located in a region between a front edge of the shelf 8 and a maximum depth of two-thirds of the total depth of the Shelf 8 extends. In the inner container 4 facing rear depth region TH no retaining grooves 7 are formed on the inner container 4.

The Fig. 8 shows again a section of the refrigerator 1 with an embodiment of the support rail 9 according to the invention and the shelf 8 in a mounted in the inner container 4 to the retaining grooves 7, extended position.

Claims (13)

1. Refrigeration device, in particular a domestic refrigeration device (1), comprising a heat-insulating inner container (4) forming a storage chamber (3) for refrigerated items, having a rear wall, a door leaf (2) which is mounted on the refrigeration device for opening and closing an opening plane (O) of the storage chamber (3), as well as at least one shelf (8) for storing refrigerated items, and at least two holding means (7) which are designed such that the shelf (8) can be accommodated in an extractable or insertable manner with the opposite sides thereof on the inner container (4) in the storage chamber (3), wherein the holding means (7.1) comprise carrier rails (9) which are designed to support the shelf (8) in a front depth range which faces towards the opening plane (O) such that a rear depth range, facing the rear wall (28) of the inner container (4), of a shelf (8) designed to be at least self-supporting in said area, protrudes in an inserted position in the direction of the rear wall (28), characterised in that the carrier rail (9) has a fastening section (12) which is configured for insertion in a holding means (7.1) designed as a holding groove (7) on the inner container (4), wherein the holding groove (7) extends only over the front depth range which faces towards the opening plane (O), in which front depth range the shelf (8) is supported by the carrier rail (9).
2. Refrigeration device according to claim 1, characterised in that the carrier rail (9) is designed to support the shelf (8) in a range between a front edge of the shelf (8) and a maximum depth of two-thirds of the total depth of the shelf (8), the shelf (8) preferably being supported by the carrier rail (9) between half of the total depth and two-thirds of the total depth of the shelf (8).
3. Refrigeration device according to claim 1 or 2, characterised in that the holding groove (7) extends in a range between a front edge of the shelf (8) and a maximum depth of two-thirds of the total depth of the shelf (8).
4. Refrigeration device according to one of claims 1 to 3, characterised in that the carrier rail (9) has a mounting section (12) to form a transition fit or press fit between the mounting section (12) and the holding groove (7), the contour of said mounting section (12) being adapted to the inner dimensions of the holding groove (7).
5. Refrigeration device according to one of claims 1 to 4, characterised in that the carrier rail (9) has a stop (22) which is designed to delimit a maximum extraction length of the shelf (8).
6. Refrigeration device according to claim 5, characterised in that the stop (22) is formed by a projection on a bottom wall of the carrier rail (9), against which an edge section (23) of the shelf (8) abuts at the maximum extraction length of the shelf (8).
7. Refrigeration device according to one of claims 1 to 6, characterised in that the carrier rail (9) has an angle profile, in particular forms a rectangular L-shaped profile in cross-section, wherein a first angle leg of the carrier rail (9) forms a guide section (14), in particular a web (14a), and a second angle leg forms the mounting section (12).
8. Refrigeration device according to claim 7, characterised in that the guide section (14) has a web (14a) defining an extraction direction and extending in the horizontal direction and at least approximately parallel to a side wall (4a, 4b) of the inner container (4).
9. Refrigeration device according to one of claims 7 and 8, characterised in that the shelf (8) has a strip (17), in particular a plastic strip (17a), encompassing, in particular encompassing from above, the guide section (14), in particular the web (14a).
10. Refrigeration device according to one of claims 7 to 9, characterised in that the carrier rail (9), in particular the guide section (14), has a roller (25), in particular a rotatably mounted roller (25), which rolls along a guide path (26) of the shelf (8).
11. Refrigeration device according to claim 10, characterised in that the guide path (26) is arranged in a hollow profile (27) of the shelf (8).
12. Refrigeration device according to one of claims 1 to 11, characterised in that the shelf (8) comprises a glass plate (20), to which the strip (17), in particular the plastic strip (17a), is directly attached.
13. Refrigeration device according to one of claims 1 to 12, characterised in that the strip (17), in particular the plastic strip (17a), is connected to a retaining wall (21) for refrigerated items which surrounds the shelf (8), in particular the glass plate (20), in a frame-like manner, and extends upwards from the plane of the shelf (8), in particular from the plane of the glass plate (20).

Images