EP2549213A2 - Shelf for a storage device and storage device for temperature control and storing of beverage bottles - Google Patents

Abstract

The supply cabinet (1) has a frame (2) with an engagement contour, in which a supporting strut is inserted detachably and with variable arrangement. The supporting strut is provided with a complementary engaging element. The engaging element is designed complementary to the engagement contour. The supply cabinet has two climate zones which are independent from each other and are thermally or climatically separated from each other. The frame is inserted in each of the climate zones. The frame is mounted detachably on a telescopic rail mechanism (8).

Description

The invention relates to a shelf for a storage cabinet for storage and temperature control of beverage bottles and / or other cylindrical container, in particular for the conditioned and / or tempered storage of wine bottles according to the preamble of claim 1 and a storage cabinet according to claim 24.

There are storage cabinets of the aforementioned type on the market, which are e.g. as Weintemperierschrank enjoy increasing popularity. These storage cabinets for air-conditioned and / or tempered beverage storage are important for wine lovers, for example, who are anxious to keep their wines or different types of wine exactly at the required storage temperatures. In addition, however, it is possible with such a storage cabinet, other types of drinks such as beer, wine, Whisk (e) y stored together or sorted. Known storage cabinets have this several climate zones in which different temperatures can be adjusted.

In a widespread embodiment of wine tempering cabinets wooden support grates are used for the storage of wine bottles, which have a frame formed from transverse and longitudinal struts. Serving the edition of wine bottles supporting struts are arranged in this frame in the longitudinal direction parallel to each other and inextricably linked to the frame. The support grates formed in this way are releasably and removably mounted on a telescopic rail mechanism arranged in the device. A disadvantage of these supporting grates is that the rigid arrangement of the support struts does not allow optimal and adapted to different bottle shapes support option. In addition, it is difficult here to provide additional accessories or provide other uses. Furthermore, a standing storage of the bottles in the storage cabinet without additional holding mechanisms is hardly possible in these supporting grates.

To remedy this situation and to allow flexible handling in this context, has already been in DE 20 2009 018 017 U1 proposed to provide a frame with releasably and adjustably arranged support struts. The position fixation of the support struts in the frame should be achieved in this embodiment by mutually corresponding toothings, which must be mounted in each case in the transverse struts of the frame and at the ends of the support struts. It is obvious that such a design is very expensive to manufacture and that a sufficient accuracy of fit and a vibration-free support of the support struts in the frame barely can be produced. For this reason, the embodiment described here has also undergone no practical realization.

Another embodiment of a refrigerator with removable grids and an adjustability of the support struts goes out of the DE 101 45143 A1 out. The support struts here consist of so-called rods that can be used detachably and at selectable distances from each other in the frame. The connection between the transverse struts of the frame and the support struts should be made by using individual mounting pins in holes of the cross struts, which can engage in blind holes of the support struts. The training described here for receiving the support struts in the frame is difficult to handle in the production and assembly and in practical use for the user. Therefore, no practical implementation has been known for the solution proposed here.

The invention thus raises the problem of avoiding the disadvantages described above and to provide a shelf of the aforementioned type in which the adjustability of the support struts can be realized in a simple manner and with simple means. Furthermore, a flexible application of different uses is to be achieved and it should open up additional applications within the refrigerator.

According to the invention this problem is solved by a shelf with the features of uanbhängigen claim 1. Advantageous embodiments and further developments of the invention will become apparent from the following subclaims. An equipped with the shelf according to the invention storage cabinet results from claim 24.

With the new conception of the shelf according to the invention can be realized with simple and inexpensive to produce means also in handling extremely simple adjustment of the support struts within the frame.

The achievable with the invention advantages continue to be that can be realized by simply retooling in addition to the lying and the standing storage of bottles.

In addition, different inserts can be integrated in a simple manner in the novel shelf, thereby opening up additional possibilities for use in preparing for enjoyment.

The provision of accessories in connection with the consumption of the drinks can be made possible here in various designs.

Furthermore, it is of particular advantage that can achieve a fairly vibration-free storage of bottles with the shelf according to the invention, which is known, especially for precious wines of considerable importance.

A marking aid provided according to the invention at least on the rear cross member of the shelf facilitates the user e.g. the restoration of the standard setting for the supporting struts to be used. Once the user has previously changed the spacing of the support struts or completely removed some of the support struts, he can restore the distance dimensioned for the storage of wine bottles in the form of Bordeaux bottles for optimum capacity utilization. Furthermore, marking elements can be attached, which specify specific distances for the support struts to be used for receiving other bottle shapes or specific distances for the insert elements to be used.

Overall, with the shelf according to the invention a high flexibility in the application of the support grate and a variety of uses in conjunction with the enjoyment of wine-like drinks.

Figur 1:

eine perspektivische Ansicht eines Kühlgerätes zur klimatisierten und/oder temperierten Getränkelagerung;

Figur 2:

ein erfindungsgemäßer Tragrost in Einzeldarstellung in einer perspektivischen Ansicht;

Figur 3:

in perspektivischer Ansicht und Explosionsdarstellung und in einem Ausschnitt im Detail eine erste Ausführungsform für den Einsatz der Tragstreben in einem Tragrost gemäß Fig. 2;

Figur 4:

ein erfindungsgemäßer Tragrost in Einzeldarstellung in einer perspektivischen Ansicht und mit komplett bestückten Tragstreben;

Figur 5:

den erfindungsgemäßen Tragrost ausschnittsweise in einer perspektivischen Schnittdarstellung;

Figur 6:

eine zweite Ausführungsform eines Tragrostes und der Verbindungsmittel für die Aufnahme der Tragstreben in dem Tragrost in einer perspektivischen Explosionsdarstellung;

Figur 7:

eine Ausführungsvariante des Tragrostes in perspektivischer Ansicht mit einer Zusatzvorrichtung zur Höhenverstellung der Tragstreben;

Figur 8:

eine Ausführungsvariante des Tragrostes in einer speziellen Ausgestaltung zur Aufnahme von Zubehör in perspektivischer Ansicht;

Figur 9:

eine Ausführungsvariante des Tragrostes mit der Bespannung einer Stoffbahn aus Leder in perspektivischer Ansicht;

Figur 10:

eine Ausführungsvariante des Tragrostes mit einer geflechtartigen Bespannung in perspektivischer Ansicht;

Figur 11, 12:

zwei Ausführungsvarianten des Tragrostes mit einem Einsatz und einer daran befestigten Schublade in perspektivischer Ansicht und in Explosionsdarstellung;

Figur 13, 14:

zwei Ausführungsvarianten des Tragrostes mit einem Einsatz in Form einer Glasscheibe als Abstell- und Arbeitsfläche in perspektivischer Ansicht;

Figur 15:

in einer Teilansicht einen Tragrost in perspektivischer Ansicht zur Aufnahme von Flaschen und Trinkgläser;

Figur 16:

in perspektivischer Einzeldarstellung einen Einsatz mit Mulden zur stehenden Aufnahme von Gläsern und einer Weinflasche oder eines Dekanters;

Figur 17:

in einer Teildarstellung in Vorderansicht das Innere eines Kühlgerätes mit liegend und stehend gelagerten Flaschen;

Figur 18:

eine Ausführungsvariante des Tragrostes in perspektivischer Darstellung mit einem eingesetzten Einsatzelement;

Figur 19:

in perspektivischer Darstellung den Tragrost mit einem Einsatz zur Halterung einer Getränkeflasche;

Figur 20:

in perspektivischer Darstellung ein zwischen zwei Tragstreben eingesetztes Einsatzelement zur Aufnahme von Zubehör, mit Blick in einen verschließbaren Einsatz;

Figur 21:

in perspektivischer Ansicht einen Tragrost und in Explosionsdarstellung mit speziell ausgebildeten Tragstreben, zur Aufnahme von Gläsern;

Figur 22:

ausschnittsweise in vereinfachter Schnittdarstellung die gemäß Figur 20 ausgebildeten Tragstreben mit eingehängten Gläsern;

Figur 23,24:

in perspektivischer Ansicht einen Tragrost mit an den Verbindungsmitteln zum Teleskopschienenmechanismus angebrachten Dämpfungselementen;

Figur 25:

in perspektivischer Teilansicht und in Explosionsdarstellung einen Tragrost in Verbindung mit dem Teleskopschienenmechanismus;

Figur 26:

ausschnittsweise in perspektivischer Teilansicht den auf der Innenseite des Vorratsschrankes angeordneten Teil der Auszugsschiene für den Teleskopschienenmechanismus;

Figur 27, 28:

ausschnittsweise in einer Teilansicht und in vereinfachter Prinzipskizze einen Tragrost mit positionierten Tragstreben in der Werkseinstellung und Markierungshilfen;

Figur 29:

ausschnittsweise in perspektivischer Ansicht und in Explosionsdarstellung einen Tragrost mit angebrachten Markierungshilfen.

An embodiment of the invention is shown purely schematically in the drawings and will be described in more detail below. It shows:

FIG. 1:

a perspective view of a refrigerator for air-conditioned and / or tempered beverage storage;

FIG. 2:

an inventive support grid in an individual representation in a perspective view;

FIG. 3:

in a perspective view and exploded view and in a detail in detail a first embodiment of the use of the support struts in a support grid according to Fig. 2 ;

FIG. 4:

an inventive support grid in an individual view in a perspective view and with fully equipped support struts;

FIG. 5:

the support grid according to the invention fragmentary in a perspective sectional view;

FIG. 6:

a second embodiment of a support grid and the connecting means for receiving the support struts in the support grid in an exploded perspective view;

FIG. 7:

a variant of the support grid in perspective view with an additional device for height adjustment of the support struts;

FIG. 8:

a variant of the support grid in a special embodiment for receiving accessories in perspective view;

FIG. 9:

a variant of the support grid with the covering of a fabric made of leather in perspective view;

FIG. 10:

a variant of the support grid with a braided fabric in perspective view;

FIGS. 11, 12:

two embodiments of the support grid with an insert and a drawer attached thereto in a perspective view and in exploded view;

FIGS. 13, 14:

two embodiments of the support grid with an insert in the form of a glass as a storage and working surface in a perspective view;

FIG. 15:

in a partial view of a supporting grid in perspective view for receiving bottles and drinking glasses;

FIG. 16:

in perspective detail representation an insert with hollows for standing recording of glasses and a wine bottle or a decanter;

FIG. 17:

in a partial view in front view of the interior of a refrigerator with lying and standing upright bottles;

FIG. 18:

a variant of the support grid in perspective view with an inserted insert element;

FIG. 19:

in a perspective view of the support grid with an insert for holding a beverage bottle;

FIG. 20:

in perspective view an inserted between two support struts insert element for receiving accessories, with a view into a lockable insert;

FIG. 21:

in a perspective view of a support grid and in exploded view with specially trained support struts, for holding glasses;

FIG. 22:

partially in simplified sectional view according to FIG. 20 trained support struts with hinged glasses;

Figure 23,24:

in perspective view a supporting grid with attached to the connecting means to the telescopic rail mechanism damping elements;

FIG. 25:

in a perspective partial view and in exploded view a supporting grid in connection with the telescopic rail mechanism;

FIG. 26:

partially in perspective partial view of the arranged on the inside of the storage cabinet part of the pull-out rail for the telescopic rail mechanism;

FIGS. 27, 28:

partial view in a partial view and in a simplified schematic sketch a support grid with positioned support struts in the factory setting and marking aids;

FIG. 29:

partially in perspective view and in exploded view a carrying grid with attached marking aids.

In the Fig. 1 By way of example, a cooling device 1 or storage cabinet for accommodating bottles 18, in particular wine bottles, is shown with the door 20 open and with a partially pulled-out shelf 9 mounted on a telescopic rail mechanism 8.

The fixed inside the refrigerator 1 attached shelves 22 divide the interior of the device in climates I, II III, where different temperatures can be adjusted to z. B. to adjust the appropriate temperatures for the storage of sparkling wine or champagne and red and white wine.

The shelf 9 is formed in the embodiment shown as a frame-like support grate 2 for receiving the stored goods on the longitudinally arranged support struts 5. In the following, it will be explained in more detail how the shelf can be converted by the integration of various insert elements for different applications as well as for the provision of accessories, whereby the shelf can also be used as a so-called enjoyment preparation segment.

The Fig. 2 shows the present invention formed support grid 2 in a single view. Within the frame formed from the cross braces 11, 12 and the longitudinal struts 13, 14 five support struts 5 are here used in any arrangement and with different, lateral distances.

As can be seen in the drawing, the tops of the support struts 5 in the inserted state are slightly below the level of the transverse struts 11, 12 and at the same level with the longitudinal struts 13, 14 of the support grid 2. By this arrangement, formed on the cross struts 11, 12 barrier edges, which should prevent a possible sliding of the wine bottles from the support grid 2.

The connection means 3, which are already clearly recognizable in this drawing in the transverse strut 11, form a type of engagement contour which cooperates with pin-like engagement elements 4 attached to the support struts 5.

The connecting means 3 are inserted according to the invention in this embodiment as a one-piece, strand-shaped profile element in a groove 27 in the transverse strut. It is also already evident here that the engagement contours formed in the profile element are designed as inwardly open engagement openings 31.

The manner of the connection technology between the support struts 5 and the cross braces 11, 12 is in this embodiment illustratively from the Fig. 3 out.

In this embodiment, the transverse struts 11, 12 are formed for releasable arrangement of the support struts 5 with connecting means 3, which are a series of side by side arranged engagement openings 31 have. The engagement openings 31 are formed open both from above and on the side facing the interior of the support grid. In this engagement openings 31 arranged on the support struts 5, pin-like engagement elements 4 engage in the penetration. The engagement openings 31 are therefore designed to be open inwardly, so dimensional tolerances and also a change in length in the existing wooden supporting struts 5 can be compensated.

The arranged on the cross braces 11,12 connecting means 3 are here preferably made of an elastic material such. B. made of plastic. In a preferred embodiment, the arranged on the cross braces connecting means 3 are formed as a one-piece, strand-shaped profile element, which is inserted into a groove 27 milled in the transverse strut 11, 12 groove. Such a profile element can be z. B. inexpensively in the plastic injection molding process.

Instead of a plastic part, the use of a sheet metal part to be produced by stamping would also be considered.

Is exemplary in the FIG. 3 a support strut 5 is shown, which has on its underside at both ends depending on an engagement element 4 in the form of a pin. The pins 4 can be inserted into the corresponding holes 31 of the engagement contour 3. This creates a releasable connection between the frame 2 and the support strut 5, wherein a change in position of the support strut 5 within the frame 2 in a variety of arrangements is very easy.

The arranged on the support struts 5, pin-like pin 4 are frusto-conical or conical in an advantageous embodiment, which facilitates threading into the through openings 31. Furthermore, it is ensured by this form that the pin 4 can fix sufficiently tightly in the openings. These pins 4 are also preferably made of plastic. It would of course also be possible to use a metal pin. The pin-like engagement elements 4 are inserted into arranged on the underside of the support struts 5 blind holes.

Based on the presentation of the FIG. 2 in conjunction with the FIG. 3 It can be seen that a plurality of support struts 5 can be used in any number adjacent to each other or with different distances from each other in the frame 2.

In the FIG. 4 is a support grid 2 with fully equipped support struts 5 to see how it is offered in the factory delivery condition. The distances between the support struts 5 are chosen so that wine bottles can be stored in the Bordeaux bottle shape in an optimal position and with optimal absorption capacity on the support grid. In the usual standardized dimensions of a wine cabinet as shown here within the frame twelve supporting struts 5 are used.

In the FIG. 5 the frame of the support grid 2 is shown in a sectional view shown in detail, emerge from the structural features of this support grate 2. The lateral longitudinal struts 13,14 of the support grid 2 are formed with a rectangular profile to provide in the outwardly angled region a receiving space for a part of the telescopic rail mechanism 8 and to allow a suitable shape for cooperation with the telescopic rail mechanism 8. Furthermore, the front cross member 12 is slightly wider, so that it protrudes from the front with its upper edge as well as with its lower edge beyond the level of the longitudinal edges 13, 14 protrudes. This ensures that a barrier edge is formed in the upper region, which prevents the unwanted slipping of lying on the support grid 2 bottles. Furthermore, the transverse strut 12 obscures the view into the receiving space 66 of the longitudinal struts 13, 14, so that the telescopic rail mechanism 8 engaging therein can not visually interfere. In this illustration, it is also very easy to see how the connecting means 3 positively and non-positively fit into the transverse struts 11, 12.

From the FIG. 6 is a support grid 2 in a further embodiment, in which the front and the rear cross member 11, 12 and the lateral longitudinal struts 13, 14 also form a frame, in the longitudinally oriented support struts 5 can be arranged detachably and adjustably, as in the drawing is indicated by the symbolically shown arrow.

Along the transverse struts 11, 12, the connecting means 3 are mounted in the interior of the frame with a kind of engagement contour, which consists in the present example of a directed towards the inside of the frame rail 33. In this rail 33 numerous, each opening into an opening 31 slots 32 are recessed at the same distance. The opening 31 and the slots 32 are formed according to the invention as being open from above and open towards the interior engagement openings 31.

Even with such a design of the connecting means 3 and the engagement contours, it is possible in a simple manner to use different support struts 5 in the frame of the supporting grid 2 releasably and adjustably.

The rail with the engagement contours 3 can be attached either as a separate part below or on the inside of the transverse struts 11, 12. The preferably made of wood cross struts 11, 12 may be formed with the connecting means 3 but also as a one-piece molding.

By the term "engaging apertures 31" is meant that the pin-like engaging element attached to the support struts 5 can dip into an opening of the connecting means 3 when inserted into the frame from above, and that there is some play between the engaging apertures 31 and the engaging elements 4 is, whereby a tolerance compensation and compensation due to the material expansion of the existing wooden support struts 5 can take place.

The spacing of the engagement openings 31 in the connecting means 3 of the transverse struts 11, 12 is also tuned here with the width of the support struts 5 and the arrangement of the corresponding engagement elements 4, that the support struts 5 at any distance from each other or directly adjacent to each other in the frame can be used ,

In the Fig. 7 a support grid 2 is shown, in which the rear cross member 11 is provided with an attachment 6 in order to create an inclined support possibility for the wine bottles to be stored. By this embodiment, the labels of the recorded wine bottles are better visible. This attachment 6 also has the connecting means 3 according to the invention. Furthermore, 11 not shown here means are provided on the attachment part 6 and the rear cross member, which allow an easily detachable and connectable coupling of these parts. Of course, the attachment 6 and the rear cross struts 11 may also be integrally formed.

In the Fig. 8 a further embodiment of a support grid 2 is shown, in which recesses are incorporated in the front, slightly wider transverse strut 12 of the frame at the top, can be inserted into the accessories 40, such. B. spout, bottle opener, etc. As an alternative would also be considered to form this area as a separate part, which could be placed or coupled to the front cross member 12.

The Fig. 9 shows a support grid 2, which is covered with a fabric 50 - here preferably made of leather. By means of arranged at appropriate intervals support struts 5 can be trough-shaped receptacles, for example, for the storage of wine bottles form, as can be seen clearly from the drawing. Such an embodiment could come in particular for a higher quality equipment or for particularly fine wines in question. Instead of a fabric made of leather, there are also versions that made of another suitable material, such as here z. B. consist of a mesh material 51 ( Fig. 10 ).

The FIGS. 11 to 14 show applications of special applications that can be used in the supporting grate 2 according to the invention.

In the Fig. 11 u. 12 variants are shown, in which an insert 10 below its support floor 53 has a drawer 54 which is mounted extendable in a corresponding extension device 55. This additional part can be dimensioned so that only a part ( Fig. 8 ) or the entire part ( Figure 9 ) of the support grid is filled.

In another embodiment could also be below the support struts 5 and / or the longitudinal struts 13, 14 of the support grid 2 extension devices 55 are attached to the pull-out arrangement of a drawer 29, which allows an individual and flexible design with respect to the size of the drawers 54.

The embodiments according to FIGS. 13 and 14 show a support grid 2, in which an insert 10 partially or completely with a glass plate 56 can be flush in shape in the support grid 2, can be used. This creates a storage area or work surface that can be used to prepare the beverage consumption or for the additional consumption of accompanying stimulants. In the lateral area here are attached hangers that form a kind of side rail 57 and are also intended as a handle for the handling of this insert 10.

The inserts 10, as exemplified by the FIGS. 11 to 14 emerge, may be designed in their construction such that they rest on the support struts 5 and / or on the longitudinal struts 13, 14. But it is also possible that the inserts 10 come only on the attached to the cross braces 11, 12 connecting means 3 for support.

In the FIG. 15 is shown in a partial view of a grate 5 in a wine cabinet in the partially pulled out state. On the support grid 2 wine bottles 18 are stored laterally and in the middle of an insert 10 is inserted on the drinking glasses 60 or in addition also bottles can be parked.

A suitable insert 10 is in FIG. 16 shown as a detail. The differently dimensioned trough-shaped recesses 60 and 61 in the support base 53 are used to hold drinking glasses and / or bottles or even a decanter vessel. The handles 62 are used for removable handling of this insert 10th

The Fig. 17 shows a partial view of the inside of the wine cabinet and illustrates in conjunction with Fig. 18 the variable and flexible uses of the supporting grid 2 according to the invention.

In the area of the lower climate zone III three superimposed grids 2 are shown here, wherein in the central support grille 2 by omission of some support struts 5, an opening 24 has formed, through which the standing on the lower support grid 2 standing bottles 18 can protrude. In the lower support grate 2, a plurality of immediately adjacent support struts 5 are inserted below this opening, so that here the storage area for the standing storage of the bottles 18 is formed. In addition, the arrangement of an insert 10 can be seen in this support grid 2, as will be discussed in more detail below. The remaining bottles 18 within this climate zone III of the storage cabinet 1 are stored as shown lying in a conventional manner.

A peculiarity of in the FIG. 18 Shelf 9 shown in detail is that here between the frame of the support grid 2 and a support strut 5, an insert 10 is inserted. This insert 10 can be used as a storage for objects or as a work surface for the preparation of consumption of drinks and food, such. Cheese and bread. At the same time, the insert 10 can be used as a removable tray, wherein the structure 42 shown in the drawing can perform the function of a rail or as a handle.

In addition to this use a plurality of immediately adjacent support struts 5 are inserted into the support grid 2, so here is another storage area z. B. for bottles and other items. In the area next to this storage area further supporting struts 5 or other inserts can be provided as needed. But it can also - as in FIG. 18 an opening 24 is left open to provide clearance for upright bottles below the shelf, as shown in FIG Fig. 17 the case is.

In order to enable the above-described functionalities and to create variable fields of application, the supporting grid 2 can also be designed here such that the surfaces of the longitudinal struts 13, 14 forming the frame of the supporting grid 2 and the supporting struts 5 are aligned with the same height level. Thus, inserts 10 can rest with their lateral support areas on the support struts and / or the longitudinal struts 13, 14 of the frame. Furthermore, it is also possible that the inserts come to rest within the frame on the inwardly projecting connecting means 3.

If the longitudinal struts 13, 14 or the support struts are aligned on the upper side with a different level, these height differences would of course be compensated by not shown here spacer elements.

In Fig. 19 an insert 10 which can be coupled to the supporting grid 2 is shown, which is designed as an accessory in the form of a bottle holder 64. This insert may be provided on the underside of its support floor 53 to improve the stability on the support struts 5 with an anti-slip material. If this is not sufficient, the support base 53 can be fastened to the support struts 5 in a suitable manner via locking means (not shown here).

Another embodiment of an insert 10 is in the FIG. 20 shown. Here, the insert 10 is used as a recording box or as a box for receiving and maintaining various utensils.

In the example shown here, the insert 10 consists of a box 58 which can be closed by a cover 23. In the box, a negative contour is present for each of the three objects 15, 16, 17 shown, so that the objects are held fixed in position in the insert 10. In order to facilitate the removal of the objects 15, 16, 17 from the insert 10 each grip recesses 25 in the area of the objects 15, 16, 17 are also present. The insert is placed laterally on two support struts 5, which in the FIG. 10 only hinted at.

The FIGS. 21 and 22 show a further interesting embodiment and useful functionality of the support struts 5. Here 5 receiving devices 65 are mounted for the hanging storage of drinking glasses 7 below the support struts. The recording devices 65 are formed as simple angle profiles. Two oppositely directed angle profiles 65, the receiving devices z. B. form for a stem-shaped drinking glass, as in Fig. 22 you can see.

From the Fig. 23, 24 u. 25 solutions are apparent as a vibration-free or vibration-free connection between the telescopic rail mechanism 8 and the support grid 2 can be brought about. For this purpose, the supporting grates 2 mounted on the telescopic rail mechanism 8 can be equipped with damping means 44. In the example according to Fig. 23 the arranged on the support grid 5 damping means 44 are formed for engagement in the telescopic rail mechanism 8 as struts. In the example according to Fig. 24 is provided to attach to the support grid molded silicone elements that can engage positively in corresponding receptacles of the telescopic rail mechanism 8.

In the Fig. 25 is shown a simple solution in which as damping means 44, an elastic molding 45, for example a rubber part, is provided which can engage in openings 46, 47 of the longitudinal struts 13, 14 and which can be slipped onto the support pins 81 of the telescopic rail 8. In an advantageous embodiment, the openings 47 on one of the longitudinal struts 13, 14 are oval or formed as a slot to facilitate the placement of the support grid 2 on the telescopic rail 8.

The FIG. 26 To illustrate the mechanics of the telescopic rail mechanism 8 within the storage cabinet 1 and to cover in a visually appealing manner, a cover 19 is placed here on the telescopic rail mechanism 8. This cross-sectionally approximately U-shaped cover 19 is made of plastic and is placed on the telescopic rail mechanism 8. The telescopic rail mechanism 8 is in turn mounted in this case on a raised contour 26 of the storage cabinet, which forms a kind of mounting bracket for the telescopic rail mechanism 8. The fixation of the cover 19 on the telescopic rail mechanism 8 or on the inner wall of the storage cabinet 1 can take place via corresponding clamping or latching connection elements.

In an advantageous embodiment, the fixing can be effected by cooperating by magnetic force holding elements on the telescopic rail mechanism 8 or on the inner wall of the storage cabinet 1. At the in FIG. 26 illustrated embodiment, magnetic elements 83 are glued to the inside of the cover 19, which provide with the metal part 82 of the telescopic rail mechanism 8 for the sufficient fixation of the cover 19 on the telescopic rail mechanism 8.

A particularly useful additional device is achieved by the design of the shelf with marking elements 43, as shown by the FIGS. 27 to 29 is explained.

In the clipping representations of the FIGS. 27 and 28 the support grid 2 is shown once with and once without the support struts 5. The marking elements 43 indicated on the connecting means 3 point out to the user where the supporting struts 5 are in the standard setting (FIG. Fig. 28 ) must be placed.

These marking elements 43 serve primarily to find predetermined positions for the placement of the support struts. Furthermore, the standard or factory setting with the optimal average distance between adjacent support struts 5 can be restored to allow the storage of as many bottles as possible according to the Bordeaux bottle standard on a support grid.

In the FIG. 29 Examples of the attachment of the marking elements 43 are shown. Here, in the region of the rear and also the front cross member 11, 12 and / or this associated connecting means 3, the marking elements 43 are arranged for receiving the support struts 5 in various forms. This can be realized by a label, engravings, color design and by additional marking carrier such as adhesive tape or the like.

LIST OF REFERENCE NUMBERS

1.

pantry

Second

support grid

Third

Connecting means (engagement contours)

31st

engagement openings

32nd

slots

33rd

rail

4th

Engaging element (peg-like)

5th

supporting strut

6th

attachment

7th

drinking glasses

8th.

Telescopic rail mechanism

81

supporting journal

82

Part of the telescopic rail mechanism

83

magnetic elements

9th

Shelf (pleasure preparation segment)

10th

commitment

11th

Cross strut, rear

12th

Cross strut, front

13th

Longitudinal strut, left

14th

Longitudinal strut, right

15th

object

16th

object

17th

object

18th

bottle

19th

cover

20th

door

21st

window

22nd

separating base

23rd

cover

24th

opening

25th

grip

26th

contour

27th

groove

28th

extracting device

29th

drawer

40th

Accessories

43rd

markers

44

damping means

45

molding

46

openings

47

Openings, oblong hole

50

Fabric / leather

51

weave

52

Recesses, trough-shaped

53

support base

54

drawer

55

extracting device

56

glass plate

57

Railing

58

box

60

recesses

61

recesses

62

Handle, DekBrett

63

Construction, (railing, handle)

64

bottle holder

65

cradle

66

accommodation space

I, II, III

Climate zone of the storage cupboard

Claims (24)

Shelf for a storage cabinet for storage and temperature control of beverage bottles and / or other cylindrical containers, in particular for the conditioned and / or tempered storage of wine bottles, comprising
a frame-like support grate for receiving the stored goods and for receiving associated with the stored goods accessories,
a frame formed from transverse and longitudinal struts with support struts detachably and adjustably arranged within the frame via connecting means,
and wherein the support grid is arranged in the storage cabinet in cooperation with a telescopic rail mechanism,
characterized,
in that the transverse struts (11, 12) are designed to detachably arrange the support struts (5) with connecting means (3) having a series of adjacent engagement openings (31) in which pin-like engagement elements (4) arranged on the support struts (5) ) intervene. Shelf for a storage cabinet according to claim 1,
characterized,
in that the engagement openings (31) have a region in which the engagement elements (4) are received in a fixing or clamping manner and that subsequently an opening region is formed which effects a tolerance compensation for the support struts (5). Shelf for a storage cabinet according to claim 1 or 2,
characterized,
in that the engagement openings (31) are open on the side facing the interior of the support grid (2). Shelf for a storage cabinet according to one or more of the preceding claims 1 to 3,
characterized,
that the transverse struts (11, 12) are arranged connection means (3) are formed as one-piece, strand-like profile element and milled in a in the cross braces (11, 12) are inserted groove. Shelf for a storage cabinet according to claim 4,
characterized,
in that the connecting means (3) arranged on the transverse struts (11, 12) are formed from an elastic material, preferably from plastic. Shelf for a storage cabinet according to one or more of the preceding claims 1 to 5,
characterized,
in that the pin-like engagement elements (4) arranged on the support struts (5) are frusto-conical or conical and are used in blind bores arranged on the underside of the support struts (5). Shelf for a storage cabinet according to one or more of the preceding claims 1 to 6,
characterized,
that the distance of the engaging openings (31) in the connecting means (3) of the transverse struts (11, 12) is tuned to the width of the supporting struts (5) and the arrangement of the corresponding engaging elements (4), that the support struts (5) in a certain standard distance, at any distance from each other or adjacent to each other in the support grid (2) can be used. Shelf for a storage cabinet according to one or more of the preceding claims 1 to 7,
characterized,
in that the front transverse strut (12) of the supporting grid (2) is made wider than the rear transverse strut (11) and has recesses on the upper side, into which accessories (40) can be inserted. Shelf for a storage cabinet according to one or more of the preceding claims 1 to 7,
characterized,
that the support grid (2) and disposed therein supporting struts (5) are formed such that the insert elements (10) are integrated to accommodate accessories or auxiliary devices, work surfaces for enjoyment preparation or as shelves for bottles and / or glasses in the shelf (2) in which the support regions of the insert elements (10) are arranged on the support struts (5) and / or the transverse struts (11, 12) and / or the longitudinal struts (13, 14) of the frame-shaped support grate (2) and / or on the cross struts Connection means (3) can come to rest. Shelf for a storage cabinet according to claim 9,
characterized,
in that the insert element (10) has a support bottom (53), on the underside of which a pull-out drawer (54) is arranged. Shelf for a storage cabinet according to claim 9,
characterized,
in that the insert element (10) is formed by a glass plate (56), and that the glass plate (56) has a bow-shaped construction in the form of a rail (57) on its upper side in the lateral region, which is also used as a handle for handling the insert element (10 ) serves. Shelf for a storage cabinet according to claim 9,
characterized,
in that the insert element (10) is formed by a support base (53) in which trough-shaped recesses (60) and (61) for accommodating bottles (18) or other vessels and / or for holding drinking glasses (7) are arranged,
and that at the top in the lateral region of the support base (53) handles (62) are mounted. Shelf for a storage cabinet according to claim 9,
characterized,
in that the insert element (10) is designed as a box (58) equipped with a lid (23) for accommodating accessories (15, 16, 17) which can be inserted into recesses adapted in the accessories and wherein recessed grips (25) are provided on the recesses. are formed. Shelf for a storage cabinet according to one or more of the preceding claims 1 to 8,
characterized,
that below the support struts and / or the longitudinal struts of the frame extraction devices (28) for the pull-out arrangement of a drawer (29) are attached. Shelf for a storage cabinet according to one or more of the preceding claims 1 to 8,
characterized,
that below the support struts (5) receiving devices (65) are mounted in the form of profile angles such that two of these profile angle form a receiving device (65) for the hanging recording of drinking glasses. Shelf for a storage cabinet according to one or more of the preceding claims 1 to 8,
characterized,
that in the support grid (2) spaced supporting struts (5) are inserted, whereby a textile, mesh material or leather existing fabric web (30) in the framework of the support grid (2) and in connection with the support struts (5) is clamped such that formed between the support struts (5) for receiving bottles adapted wells. Shelf for a storage cabinet according to one or more of the preceding claims 1 to 8,
characterized,
that in the region of the transverse struts (11, 12) and / or associated therewith connecting means (3) for releasably receiving the support struts (5) marking elements (43) are mounted. Shelf for a storage cabinet according to claim 17,
characterized,
in that the marking elements (43) are formed as engravings on the connecting means (3). Shelf for a storage cabinet according to one or more of the preceding claims 1 to 18,
characterized,
in that damping means (44) are arranged at the connection point between the supporting grates (2) and the telescopic rail mechanism (8). Shelf for a storage cabinet according to claim 19,
characterized,
in that as the damping means (44) an elastic, hollow profile-like shaped part (45) is provided, which can be slipped open on the support pin (81) arranged on the telescopic rail mechanism (8) and which on the telescopic rail mechanism (8) in place on the telescopic rail mechanism (8) Longitudinal struts (13, 14) arranged openings (46, 47) engages. Shelf for a storage cabinet according to claim 20,
characterized,
that the openings (46, 47) on one side of the longitudinal struts (13, 14) are formed as a round hole and on the other side oval or as a slot. Shelf for a storage cabinet according to one or more of the preceding claims,
characterized,
in that the lateral longitudinal struts (13, 14) of the supporting grid (2) consist of an angular profile such that the outwardly directed angular area forms a receiving space (66) in which a part of the telescopic rail mechanism (8) engages. Shelf for a storage cabinet according to one or more of the preceding claims,
characterized,
in that the telescopic rail mechanism (8) fastened in the storage cabinet (1) is provided with an attachable covering device (19) which holds clamping elements or magnetic elements cooperating with magnetic force on the telescopic rail mechanism (8) or on the inner wall of the storage cabinet (1) Fixation of the cover (19) effect. Storage cabinet for holding bottles and other cylindrical containers, in particular for the conditioned and / or tempered storage of wine bottles,
characterized,
in that the device has at least one shelf (9) with the features according to one or more of claims 1 to 23.

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