EP2682023B1 - Single extensible guide rail - Google Patents

Description

TECHNICAL FIELD OF THE INVENTION

The invention relates to a fitting for a pull-out. In particular, the invention relates to such a fitting with a fixed to the body of Ausziehschranks solid element and a mounted on the fixed element pull-out. This pull-out element is movable between an inserted position and an extended position relative to the fixed element and is also referred to as a "runner". The pull-out element is guided over rollers, which rotate around spaced-apart axes and engage mutually parallel rails, in an extraction direction on the fixed element. The rollers revolving around at least two of the spaced-apart axes are mounted on the pull-out element. In this case, the pull-out element in the pull-out direction is shorter by at least one fifth than the fixed element.

With such a fitting, the pull-out element is mounted on the fixed element without the interposition of an intermediate element, which covers only a part of the pull-out path of the pull-out element. Likewise, no additional element is regularly provided, which - in the same direction as the pull-out against the fixed element - would be movable relative to the pull-out, but this is not fundamentally excluded. In particular, further elements of the fitting relative to the pull-out element can be pivotable about an example vertical pivot axis.

STATE OF THE ART

In order to realize in so-called Ausziehschränken, for example in the form of pull-outs or Vorratsschrankauszügen, a larger Ausziehweg, for example, to extend the goods carrier as far as possible in front of the body of the respective Ausziehschranks, it is known to use multiple or full extracts, in which between the a maximum Ausziehweg traversing pull-out and a fixed fixed element, an intermediate element is provided which is guided on the one hand on the fixed element and on the other hand, the pull-out leads and about half Ausziehweg the pull-out against the fixed element. However, such an intermediate element is associated with an increased compared to a single extract material and manufacturing costs.

In so-called single extensions without intermediate element of the maximum Ausziehweg is limited to the length of the fixed element in the withdrawal direction minus the guide length of the pull-out on the fixed element. The guide length is determined regularly by the minimum distance of the axes to rotate around the rollers that engage rails, so that the pull-out is supported on the fixed element.

In the single extensions such are known in which the preamble of independent claim 1 according to two spaced-apart axes rotating rollers are mounted on the pull-out. As a result, the guide length is constant, and the pull-out element can not be extended further relative to the fixed element, until the front rollers of the pull-out element reach the front end of the fixed element. A maximum pull-out path is determined by an always, d. H. achieved only short guide length in the retracted state of the pull-out. In this case, however, the pull-out element can be kept shorter than the fixed element so as not to protrude far beyond the fixed element in the pulled-out state in the pull-out direction.

In the case of single extensions, those with a pull-out element guided on a fixed element in which the rollers revolving around one of two axes at the rear end of the pull-out element and the rollers rotating around the other of the two axes are also known at the front end of the fixed element are stored. The support length of the pull-out here decreases continuously over the Ausziehweg, and the pull-out can not be pushed further relative to the fixed element, as to the rear end of the pull-out is still supported by the rollers at the front end of the fixed element. A maximum Ausziehweg is therefore achieved only at equal lengths of the pull-out and the fixed element. As a result, the pull-out element is in the extended state in the withdrawal direction far above the fixed element and usually also over all parts of the fitting pulled out with it.

From the DE 28 40 090 A1 is a guide device for thrusts known in which the thrusts are guided by laterally arranged, supported in guide rails rollers. In this case, two guide rails each have two guide surfaces arranged at a distance from one another, and each guide rail is assigned three rollers arranged at a fixed distance from each other. The guide rails are attached to the respective thrust, while the rollers are mounted on walls of the respective thrust receiving body. The distance between the front wheels and the rear wheels is less than half the length of the thrust. Each guide rail has only contact with two of its associated three rollers. The extended thrust is supported at the top of the front rollers and at the bottom of the middle rollers while the retracted thrust is against the underside of the middle rollers and the tops of the rear rollers. In an intermediate position, the thrust is supported on the upper side of the front and rear rollers.

OBJECT OF THE INVENTION

The invention has for its object to provide a fitting, which even if it is designed as a single extension with a short pull-out, so that the pull-out in the extended state in the pull-out not far over the solid element protrudes, with respect to its support length in the inserted State has enlarged Ausziehweg.

SOLUTION

The object of the invention is achieved by a fitting with the features of independent claim 1. The dependent claims 2 to 12 are directed to preferred embodiments of this fitting. The claim 13 is directed to a pull-out cabinet with a fitting according to the invention. The claim 14 relates to a special embodiment of this Ausziehschranks.

DESCRIPTION OF THE INVENTION

In a fitting according to the invention for a pull-out cabinet, the rollers for guiding the pull-out element on the fixed element run around at least three axes, which in all except for a maximum of one position of the pull-out against the fixed element all spaced apart in the pull-out. That is, there are provided rollers revolving around at least one axis, which would not be necessary per se for a defined guidance of the pull-out element on the fixed element. This is exploited in the fitting according to the invention by the pull-out in the retracted position, but not in the extended position on the rollers on the fixed element is supported, which rotate around one of the at least three axes and are mounted on the pull-out. That is, the circulating about one of the at least three axes rollers which are mounted on the Ausziehelement support the pull-out in its retracted position, but not in its extended position on the fixed element from, and they can accordingly on the Ausziehweg to reach the extended position of their assigned rails are free. This possibility of the release of roles, which are basically provided for guiding the Ausziehelements on the fixed element, opens virtually additional Ausziehweg for the pull-out against the fixed element.

This is especially true when the pull-out is supported in its extended position, but not in its retracted position on the rollers on the fixed element, which revolve around one of the at least three axes, said rollers may be mounted on the pull-out or the fixed element , On the Ausziehweg from the retracted position to the extended position or back then the proportionate support function of the rollers over which the pull-out in the retracted position, but not in the extended position is supported on the fixed element, on the rollers over which the pull-out in the extended position, but not supported in the retracted position on the fixed element passed. The rollers revolving around the third of the at least three axes, which are mounted on the pull-out element, retain their proportionate guiding function over this change.

Specifically, the transfer between the circulating about these two front axles rollers can be realized in that the mutually parallel rails for the rollers, on which the pull-out is supported only in the retracted or extended position on the fixed element, at their front ends transition areas in which their vertically supporting surfaces are bent away from the withdrawal direction and from which the rollers, on which the pull-out element supported only in the retracted or extended position on the fixed element, exit from the rails and re-enter the rails.

In a further concrete embodiment, the pull-out has a top and side closed double rail for the one of the at least three axes encircling and mounted on the front of the fixed element rollers, on which the pull-out in the extended position, but not in the retracted position the fixed element is supported, wherein the at least two of the spaced-apart axes rotating rollers are mounted laterally on the double rail. In this embodiment, therefore, the pull-out element is supported in the retracted position exclusively via the rollers mounted on it on the fixed element. On the Ausziehweg in its extended position then pass around the front of these two axes rotating rollers their support function to the circulating about the third axis and mounted on the fixed element rollers.

Alternatively, all the rollers, over which the pull-out element is supported on the fixed element, may be mounted on a longitudinal carrier of the pull-out element. Also in this case, the rollers mounted around the foremost axis on the pull-out element come out of the fixed element on the way of the pull-out element in its extended position.

Regardless of the last-described variants, all rollers mounted on the pull-out element can be guided in an open-topped and laterally closed double rail of the fixed element, as long as they do not exit therefrom.

A length of the pull-out element in the pull-out direction is generally between one-third and three-quarters of a length of the fixed element in the case of the fitting according to the invention. Preferably, the relative length of the pull-out element is between one-half and two-thirds. These smaller lengths than the fixed element are possible without any problems, since the pull-out element in its inserted position is always supported on the fixed element only by rollers mounted on it.

The fitting of the invention is particularly suitable for a pull-out, such as a so-called pantry, in which a vertically and transversely aligned to the orientation, rear lying Ausziehrahmen forward with goods carriers is equipped. Then fastening means are provided to fix this Ausziehrahmen above rigidly on the pull-out. Typically, the fitting according to the invention in this case is combined with a further linear guide at the upper end of the Ausziehrahmens.

In the fitting according to the invention, the goods carriers attached to the pull-out frame are in the pull-out direction over a front end of the pull-out element. In this case, a supernatant of 1 dm and also more easily feasible, so that the pull-out element pulled out with the goods carriers is covered by the goods carriers and accordingly both remains inconspicuous and causes no collision hazards.

In order to move the pull-out element or a rigidly attached pull-out frame out of the body of the respective cabinet, at least one coupling element can be provided which hinges at one end to a door of the pull-out cabinet and at its other end to the pull-out element or to a rigidly attached thereto Component is to be attached. The coupling of the pull-out element to the door via the coupling element is preferably designed such that the pull-out element is at least partially pulled out of the carcass when the door is opened and is pushed completely into the carcass when the door is closed. Ideally, on the one hand, the (maximum) extended position and, on the other hand, the (maximum) inserted position of the pull-out element are achieved.

In the fitting according to the invention, a so-called self-closing can be arranged between the pull-out and the fixed element, which automatically guides the pull-out element against the pull-out direction when fully inserted into its inserted position.

The details of a pull-out cabinet according to the invention result from the combination of the fitting according to the invention with a body and preferably a door pivotably mounted on one side of the body about a vertical pivot axis for closing an access opening of the body.

Advantageous developments of the invention will become apparent from the claims, the description and the drawings. The advantages of features and combinations of several features mentioned in the description are merely exemplary and can alternatively or cumulatively come to effect, without the advantages of compelling embodiments of the invention must be achieved. Without thereby altering the subject matter of the appended claims, as regards the disclosure of the original application documents and the patent, further features can be found in the drawings, in particular the illustrated geometries and the relative dimensions of several components and their relative arrangement and operative connection. The combination of features of different embodiments of the invention or of features of different claims is also possible deviating from the chosen relationships of the claims and is hereby stimulated. This also applies to those features which are shown in separate drawings or are mentioned in their description. These features can also be combined with features of different claims. Likewise, in the claims listed features for further embodiments of the invention can be omitted.

The features mentioned in the patent claims and the description are to be understood in terms of their number that exactly this number or a greater number than the said number is present, without requiring an explicit use of the adverb "at least". For example, when talking about an element, it should be understood that there is exactly one element, two elements or more elements. These features may be supplemented by other features or be the only characteristics that make up the product in question.

The reference numerals contained in the claims do not limit the scope of the objects protected by the claims. They are for the sole purpose of making the claims easier to understand.

BRIEF DESCRIPTION OF THE FIGURES

Fig. 1

zeigt eine erste Ausführungsform eines Beschlag für einen Ausziehschrank in einer perspektivischen Ansicht, wobei sich ein Ausziehelement des Beschlags in seiner eingeschobenen Stellung befindet.

Fig. 2

zeigt den Beschlag gemäß Fig. 1 in einer Fig. 1 entsprechenden perspektivischen Ansicht, wobei das Ausziehelement des Beschlags einen Teil seines Ausziehwegs aus seiner eingeschobenen Stellung in seine ausgezogene Stellung zurückgelegt hat.

Fig. 3

zeigt den Beschlag gemäß den Fig. 1 und 2 mit dem Ausziehelement in seiner ausgezogenen Stellung, wieder aus einer Fig. 1 entsprechenden Perspektive.

Fig. 4

ist eine Seitenansicht des Beschlags gemäß den Fig. 1 bis 3 mit seinem Ausziehelement in der Stellung gemäß Fig. 1, wobei an dem Ausziehelement gelagerte, an sich verdeckte Rollen mit gestrichelten Linien wiedergegeben sind.

Fig. 5

ist eine Draufsicht auf den Beschlag gemäß den Fig. 1 bis 4 in der Stellung seines Ausziehelements gemäß Fig. 1 und 4, wobei wieder die an dem Ausziehelement gelagerten und an sich verdeckten Rollen mit gestrichelten Linien wiedergegeben sind.

Fig. 6

ist eine Vorderansicht des Beschlags gemäß den Fig. 1 bis 5.

Fig. 7

zeigt einen geöffneten Ausziehschrank mit einem auf der Ausführungsform der Fig. 1 bis 6 aufbauenden Beschlag.

Fig. 8

zeigt nur den Beschlag gemäß Fig. 7 in einer Seitenansicht.

Fig. 9

ist eine perspektivische Ansicht einer zweiten Ausführungsform des Beschlags für einen Ausziehschrank, wobei sich sein Ausziehelement in seiner eingeschobenen Stellung befindet.

Fig. 10

zeigt den Beschlag gemäß Fig. 9 aus derselben Perspektive wie Fig. 9 mit seinem Ausziehelement in seiner ausgezogenen Stellung.

Fig. 11

zeigt den Beschlag gemäß den Fig. 9 und 10 in einem vertikalen Längsschnitt, wobei die an dem Ausziehelement gelagerten und an sich verdeckten Rollen mit gestrichelten Linien wiedergegeben sind.

Fig. 12

ist eine Ansicht von oben des Beschlags gemäß den Fig. 9 bis 11, wobei wiederum die an dem Ausziehelement gelagerten und an sich verdeckten Rollen mit gestrichelten Linien wiedergegeben sind und sich das Ausziehelement in seiner ausgezogenen Stellung befindet; und

Fig. 13

ist eine Vorderansicht des Beschlags gemäß den Fig. 9 bis 12.

The invention is explained in more detail below with reference to embodiments with reference to the accompanying drawings and described.

Fig. 1

shows a first embodiment of a fitting for a pull-out in a perspective view, wherein a pull-out of the fitting is in its retracted position.

Fig. 2

shows the fitting according to Fig. 1 in a Fig. 1 corresponding perspective view, wherein the pull-out of the fitting has covered a part of its pull-out from its retracted position to its extended position.

Fig. 3

shows the fitting according to the Fig. 1 and 2 with the pull-out in its extended position, again from a Fig. 1 appropriate perspective.

Fig. 4

is a side view of the fitting according to the Fig. 1 to 3 with its pull-out in the position according to Fig. 1 , which are on the pull-out mounted, hidden covert rollers with dashed lines.

Fig. 5

is a plan view of the fitting according to the Fig. 1 to 4 in the position of its pull-out according to Fig. 1 and 4 , in which again the rollers mounted on the pull-out element and concealed on their own are shown with dashed lines.

Fig. 6

is a front view of the fitting according to the Fig. 1 to 5 ,

Fig. 7

shows an open Ausziehschrank with a on the embodiment of the Fig. 1 to 6 constructive fitting.

Fig. 8

shows only the fitting according to Fig. 7 in a side view.

Fig. 9

is a perspective view of a second embodiment of the fitting for a pull-out, with its pull-out is in its retracted position.

Fig. 10

shows the fitting according to Fig. 9 from the same perspective as Fig. 9 with its pull-out in its extended position.

Fig. 11

shows the fitting according to the Fig. 9 and 10 in a vertical longitudinal section, wherein the rollers mounted on the Ausziehelement and hidden in itself are shown in dashed lines.

Fig. 12

is a top view of the fitting according to the Fig. 9 to 11 in turn, the rollers stored on the pull-out element and hidden in themselves are shown with dashed lines and the pull-out element is in its extended position; and

Fig. 13

is a front view of the fitting according to the Fig. 9 to 12 ,

DESCRIPTION OF THE FIGURES

The in Fig. 1 shown fitting 1 has a fixed element 2 and an extension element 3, wherein the pull-out element 3 is shown here in its maximum retracted position, strike in the roles at the rear end 4 of the pull-3 to rear stops 5 of the fixed element 2. The fixed element 2 is based on an open-topped and laterally closed double rail 6, which comprises two lateral rails 7, in which all here not visible and mounted on the pull-out, circulating around horizontal axes rollers are guided vertically. These rollers are mounted on a longitudinal member 8 of the pull-out element 3, which is formed by a bottom open and laterally closed double rail 9. This double rail 9 comprises two lateral rails 10 which receive, when the pull-out element 3 is pulled forward along the fixed element 2, rollers 11 which are mounted on the front end 13 of the fixed element 2 around a horizontally extending axis 12. The axis 12 extends transversely to an extension direction 14 of the pull-out element 3, in which the pull-out element 3 is guided on the fixed element 2. Fastening means 15 for fastening a pull-out frame or the like are furthermore provided on the pull-out element 3. In the fixed element 2 mounting holes 16 are provided for rigidly securing the fixed element 2 at the bottom of a body of a Ausziehschranks.

Fig. 2 shows the fitting 1 with partially pulled out in the pull-4 extractor 3. Here, the moment is shown along the Ausziehwegs, in which about a front horizontal axis 17 encircling and mounted on the pull-out element 3 rollers 18 from the Rails 7 of the fixed element 2 emerge and for the rollers 11 enter the rails 10 of the pull-3.

Fig. 3 shows the pull-out 3 after it has been moved in the withdrawal direction 14 relative to the fixed element 2 to its extended position to the front. In this case, the pull-out element 3 is supported by rollers, which are mounted circumferentially near its rear end 4 about a horizontal axis, in the rails 7 and not visible here rollers 11, which are mounted circumferentially about the axis 12 on the fixed element 2 at the rails 10 of the pull-3. The rollers 18 at the front end 19 of the pull-out, however, are free.

4 and 5 show the relative positions of the axes 12 and 17, around which the rollers 11 and 18 rotate, and a further horizontal axis 20 around which the rear end 4 of the pull-out element 3 mounted rollers 21 rotate. It can also be seen that the rollers 21 at the rear end 4 in the illustrated retracted position abut against the stops 5 of the fixed element 2. In the extended position according to Fig. 3 On the other hand, a stop 22 on the pull-out element abuts against one of the rollers 11.

Fig. 6 It can be seen that in the rails 7 of the double rail 6, the rollers 18 are guided both upwards and downwards, while the rollers 11 on the fixed element 2 support the guided rails 10 only down. However, the double rail 9 could also be bent so that the rollers 11 are guided in both vertical directions.

Compared with the length of the pull-out element 3 in the pull-out direction 14 and its support length in its retracted state, ie the spacing of the axes 17 and 20, the pull-out element 3 is over a very long pull-out in the direction of the withdrawal direction 14 to its extended position according to Fig. 3 Extendable.

This also applies to the in the Fig. 9 to 13 illustrated embodiment of the fitting 1. This differs from the previously described embodiment in that instead of the fixed element 2 to the axis 12 circumferentially mounted rollers 11 on the pull-out element 3 rollers 23 are mounted circumferentially about a third horizontal axis 24.

Accordingly, only the fixed element 2 is designed as a double rail 6. The pull-out element 3 has a simple longitudinal carrier 8. This is supported in the retracted position according to Fig. 8 via the mounted in the region of its ends 4 and 19 rollers 18 and 21 on the fixed element 2 from. The rollers 18, however, pass over the Ausziehweg away from the front end 13 of the fixed element 2, so that in the extended position according to Fig. 10 the support via the rollers 21 and 23 takes place.

Fig. 7 shows a pull-out cabinet 25 with a body 26 and about a vertical axis 27 pivotally mounted on the body 26 door 28. At the bottom 29 of the body 26 are the fixed element 2 and the pull-out 3 according to the Fig. 1 to 6 mounted, wherein the fixed element 2 is screwed rigidly to the bottom 29. On the pull-out element 3, a pull-out frame 30 is mounted via fastening means 15, which extends vertically and transversely to the pull-out direction of the fitting 1. This pull-out direction runs here against the line of sight Fig. 7 , On the Ausziehrahmen 3 Baskets 31 are stored as a product carrier 32. At its upper end 33, the pull-out frame 30 can be telescoped in order to adapt it to the height of the respective body 26. In addition, the pull-out frame 30 is guided on the ceiling 34 of the body 26 via a linear guide 35. Between the door 28 and the Ausziehrahmen 30 coupling elements 36 are effective to pull the Ausziehrahmen 30 with the goods carriers 32 at least partially from the body 26 when the door 28 is opened about the pivot axis 27. Conversely, the coupling elements 36 return the pull-out frame 30 with the goods carriers 32 in the body 26 when the door 28 is closed.

Out Fig. 8 , fitting 1 according to Fig. 7 Without the body 26 and the door 28 shows, it can be seen that the product carrier 32 in the pull-out 14, ie forward over the pull-out 3 survive so that the product carriers 32 completely hide the pull-out 3 in the view of a user and the user Protect collisions with the pull-out 3.

LIST OF REFERENCE NUMBERS

1

fitting

2

fixed element

3

pull-out

4

rear end pull-out element

5

attack

6

double rail

7

rail

8th

longitudinal beams

9

double rail

10

rail

11

role

12

axis

13

front end fixed element

14

pull-out

15

fastener

16

mounting hole

17

axis

18

role

19

front end pull-out element

20

axis

21

role

22

attack

23

role

24

axis

25

pull-out wardrobe

26

corpus

27

axis

28

door

29

ground

30

A pull-out

31

shopping cart

32

goods carriers

33

The End

34

blanket

35

linear guide

36

coupling element

Claims (14)

1. Fitting (1) for a pull-out cupboard (25),

   - comprising a fixed element (2) to be rigidly connected to a body (26) of the pull-out cupboard (25) and

   - a pull-out element (3) supported at the fixed element (2),

   - wherein the pull-out element (3) is movable between a pushed-in position and a pulled-out position with regard to the fixed element (2),

   - wherein the pull-out element (3) is guided in a pull-out direction (14) at the fixed element (2) by rollers (11, 18, 21, 23) rotating about horizontally oriented axes (12, 17, 20, 24) arranged at distances and engaging rails (7, 10) running in parallel to each other,

   - wherein the rollers (18, 21, 23) which are rotating about at least two of the axes (17, 20, 25) arranged at distances are mounted to the pull-out element (3),

   - wherein the pull-out element (3), in the pull-out direction (14), is shorter than the fixed element (2) by at least a fifth,

   characterised in

   - that the rollers (11, 18, 21, 23) for guiding the pull-out element (3) at the fixed element (2) are rotating about at least three axes (12, 17, 20, 24) and

   - that the pull-out element (3), in the pushed-in position but not in the pulled-out position, is supported at the fixed element (2) by the rollers (18) which are rotating about one axis (17) of the at least three axes (12, 17, 20, 24) and mounted to the pull-out element (3).
2. Fitting (1) according to claim 1, characterised in that the pull-out element (3), in the pulled out position but not in the pushed in position, is supported at the fixed element (2) by the rollers (11, 23) which are rotating about another axis (12, 24) of the at least three axes (12, 17, 20, 24) and which are mounted to the pull-out element (3) or the fixed element (2).
3. Fitting (1) according to claim 2, characterised in that the rails (7, 10) running in parallel to each other for the rollers (12, 18), by which the pull-out element (3), in the pushed-in or pulled-out position only, is supported at the fixed element (2), have transition regions at their front ends in which their vertically supporting areas are bent away from the pull-out direction (14) and out of which the rollers (11, 13), by which the pull-out element (3), in the pushed in or pulled out position only, is supported at the fixed element 2, leave the rails (7, 10) or re-enter into the rails (7, 10).
4. Fitting (1) according to claim 2 or 3, characterised in that the pull-out element (3) comprises a double rail (9), which is closed at the top and laterally, for the rollers (11), which are rotating about the one of the at least three axes (12) and mounted at the front of the fixed element (2), and via which the pull-out element (3), in the pulled-out position but not in the pushed-in position, is supported at the fixed element (2), wherein the rollers (18, 21) rotating about the at least two axes (17, 20) of the axes (12, 17, 20, 24) arranged at a distance are mounted laterally to the double rail (9).
5. Fitting (1) according to any of the claims 1 to 3, characterised in that all rollers (18, 21, 23) are mounted to a longitudinal beam (8) of the pull-out element (3).
6. Fitting (1) according to any of the preceding claims, characterised in that all rollers (18, 21, 23) mounted to the pull-out element (3) are guided in a double rail (6) of the fixed element (2) which is open at its top and closed laterally.
7. Fitting (1) according to any of the preceding claims, characterised in that a length of the pull-out element (3) in the pull-out direction (14) is between a third and three quarters of a length of the fixed element (2).
8. Fitting (1) according to claim 7, characterised in that that the length of the pull-out element (3) in the pull-out direction (14) is between a half and two thirds of the length of the fixed element (2).
9. Fitting (1) according to any of the preceding claims, characterised in that fixation means (15) are provided for rigidly fixing a pull-out frame (30), which is oriented vertically and across the pull-out direction (14) and which may be equipped with article carriers (32), on top of the pull-out element (3).
10. Fitting (1) according to claim 9, characterised in that the article carriers (32) attached to the pull-out frame (30), in the pull-out direction (13), extend beyond a front end (19) of the pull-out element (3).
11. Fitting (1) according to claim 10, characterised in that the article carriers (32) attached to the pull-out frame (30), in the pull-out direction (13), extend beyond a front end (19) of the pull-out element (3) by at least 1 dm.
12. Fitting (1) according to any of the preceding claims, characterised in that at least one coupling element (36) is provided which is to be connected in an articulated way to a door (28) of the pull-out cupboard (25) at its one end, and to the pull-out element (3) or any element rigidly connected thereto at its other end.
13. Pull-out cupboard (25) comprising a fitting according to any of the preceding claims.
14. Pull-out cupboard (25) comprising a fitting according to claim 12 and a door (28) swivelling about a vertical swivel axis (27) at one of the sides of a corpus (26) of the pull-out cupboard (25) for closing an access opening of the body (26), characterised in that the door (28) is coupled to the pull-out element (3) via the at least one coupling element (36) in such a way that the pull-out element (3), upon opening the door (28), is partially pulled out of the body (26), and, upon closing the door (28), is completely pushed into the body (26).

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