EP1972229B1 - Cupboard - Google Patents

Abstract

The cupboard has a cupboard drawer (1) extractable from a cupboard body (2) in an extraction direction (7) by a lower extracting guide (8) and an upper extracting guide (9). The drawer is retractable against the extraction direction. A pivot axis (24) of a locking arm (23) horizontally lies in an angle range of 0 degrees to 45 degrees, where pivoting of the arm from its release position during a normal position of the drawer into its locking position during a pivoting condition of the drawer takes place by gravity.

Description

The invention relates to a cabinet, in particular high cabinet, with a cabinet body and a cabinet drawer, comprising by means of a lower extension guide comprising a cabinet body fixed cabinet rail and a sliding pull-out rail, and by means of an upper pull-out guide, which includes a cupboard solid cabinet rail and a sliding pull-out from the Cabinet body in an extraction direction and retractable against the pull-out is inserted and in the extended state about a vertical axis relative to a basic position in which it is aligned parallel to the pull-out by at least 45 °, preferably on both sides by at least 90 °, and in the pulled out and pivoted relative to the basic position state is blocked by a blocking device against insertion, which moved along when moving the pull-out of the upper pull-out with the pull-out rail and the pivoting of the Sch gangauszugs between a release position in which he releases a retraction of the cabinet drawer, and a blocking position in which he locks by investing in at least one cabinet body fixed stop insertion of the cabinet drawer to a transverse to the withdrawal direction pivot axis pivoted locking arm has.

Cabinets, especially tall cabinets, where a cabinet drawer is pivoted in the extended state about a vertical axis are known, for example from the EP 1 161 899 A1 , In order to prevent insertion of the cabinet drawer in the pivoted state, blocking devices have become known. In a previously known blocking device, a blocking lever is pivotably mounted on the pull-out rail of the lower pull-out guide about a horizontal axis oriented parallel to the pull-out direction. When pivoting the cabinet drawer, the blocking lever is pivoted from a release position into a blocking position, in which it cooperates with a frontal stop of the cabinet rail to block insertion of the pull-out rail. This prior art device is also in the AT 503 010 A4 described.

Other blocking devices to prevent the insertion of the pivoted cabinet drawer go out of the DE 43 08 195 A1 and the EP 1 479 318 B1 out. The from the DE 43 08 195 A1 Known pull-out guide includes carriages which are displaceable in upper and lower guide rails. The carriages are substantially L-shaped and comprise a longitudinal arm and a transverse arm. In the transverse arm two cylindrical gears are rotatably mounted, which are coupled together and in toothing of the guide rails intervention. The gears of the upper and lower carriages are coupled via a rotary shaft. The longitudinal arms of the carriages can be moved via support wheels along the guide rails. Furthermore, a blocking lever is pivotably mounted about a vertical axis on the longitudinal arm. In the extended state of the upper arm of the longitudinal arm protrudes out of the guide rail and the blocking lever is pivoted by spring force about the vertical axis and cooperates with a corpus fixed stop.

From the EP 1 479 318 B1 is a device of the type mentioned above with a arranged in the region of the upper pull-out blocking device. Here, a locking arm is pivoted about a vertical axis by an eccentric assembly when pivoting the cabinet drawer. A rear end of the locking arm comes to lie in front of a corpus-firm stop, whereby an insertion of the cabinet drawer is blocked. However, this construction is relatively expensive.

The object of the invention is to provide a device of the type mentioned, which allows a simple design and reliable function. According to the invention, this is achieved by a cabinet having the features of claim 1.

In a device according to the invention the pivot axis of the locking arm is in an angular range of 0 ° to 45 ° to the horizontal, preferably horizontally. If the cabinet drawer is pivoted, starting from its basic position in a pivoted position with a sufficient pivot angle, so the pivoting of the locking arm from its release position to its blocking position by gravity takes place. Conveniently, in this case the locking position of the locking arm can be taken already at a relatively low pivot angle of the cabinet drawer, for example, at least for pivoting angle of more than 10 ° relative to the basic position, preferably at least for pivoting angle of more than 5 ° relative to the basic position.

In the locking position of the locking arm acts at least one contact surface of the locking arm, which is located for example on the cabinet body end of the lock arm, with a corpus fixed stop together, thereby inserting the pull-out of the upper pull-out and thus the cabinet drawer is blocked.

In an advantageous embodiment of the invention, the blocking arm is pivotably mounted on a bearing carriage displaceably mounted on the pull-out rail of the upper pull-out guide. The position of this bearing carriage relative to the pull-out rail depends on the swing angle of the cabinet drawer around its vertical axis. As a result, when the cabinet drawer is increasingly pivoted, starting from its basic position, the contact surface of the pivot arm are moved toward the stop, preferably be pressed against the stop above a certain value of the pivot angle of the cabinet drawer. It can thereby be achieved a reduction of the game or elimination of the game of the blocking device in the pivoted state of the cabinet drawer.

Fig. 1

eine Schrägsicht eines ersten Ausführungsbeispiels der Erfindung, im ausgezogenen unverschwenkten Zustand des Schrankauszugs;

Fig. 2

eine Schrägsicht aus einem anderen Blickwinkel, der Schrankauszug teilweise verschwenkt;

Fig. 3

eine Schrägsicht aus einem anderen Blickwinkel, der Schrankauszug um 90° verschwenkt;

Fig. 4 bis 6

vergrößerte Ausschnitte A, B, C aus den Fig. 1 bis 3;

Fig. 7

eine Seitenansicht eines oberen Abschnitts des Schrankauszugs im eingeschobenen Zustand;

Fig. 8

einen Schnitt entlang der Linie D-D von Fig. 7;

Fig. 9

eine Seitenansicht entsprechend Fig. 7, aber im ausgezogenen, unverschwenkten Zustand des Schrankauszugs;

Fig. 10

eine Seitenansicht entsprechend Fig. 9, aber im um 45° verschwenkten Zustand des Schrankauszugs;

Fig. 11

einen Schnitt entlang der Linie E-E von Fig. 10;

Fig. 12

eine Seitenansicht entsprechend Fig. 10, aber im um 90° verschwenkten Zustand des Schrankauszugs;

Fig. 13

einen Schnitt entlang der Linie F-F von Fig. 12;

Fig. 14

eine Vorderansicht auf den eingeschobenen Schrankauszug zusammen mit den Seitenwänden des Schrankkorpus, Blickrichtung G in Fig. 7, teilweise im Schnitt entlang der Linie H-H von Fig. 7;

Fig. 15

eine Unteransicht eines Abschnitts des oberen Rahmenschenkels des Schrankauszugs, Blickrichtung I in Fig. 7;

Fig. 16 und 17

Darstellungen entsprechend den Fig. 14 und 15, aber in einer anderen Drehstellung der Stellhülse;

Fig. 18

eine Schrägsicht im Bereich des oberen Endes des Schrankauszugs und der oberen Ausziehführung, wobei Teile hierbei explosionsartig auseinandergezogen dargestellt sind;

Fig. 19

eine vergrößerte Schrägsicht der Stellhülse.

Further advantages and details of the invention are explained below with reference to the accompanying drawings. In this show:

Fig. 1

an oblique view of a first embodiment of the invention, in the solid untwisted state of the cabinet drawer;

Fig. 2

an oblique view from a different angle, the cabinet extract partially pivoted;

Fig. 3

an oblique view from another angle, the cabinet extension pivoted 90 °;

4 to 6

enlarged sections A, B, C from the Fig. 1 to 3 ;

Fig. 7

a side view of an upper portion of the cabinet drawer in the inserted state;

Fig. 8

a section along the line DD of Fig. 7 ;

Fig. 9

a side view accordingly Fig. 7 , but in the extended, unverschwenkten state of the cabinet drawer;

Fig. 10

a side view accordingly Fig. 9 but in the state of the cabinet extension pivoted by 45 °;

Fig. 11

a section along the line EE of Fig. 10 ;

Fig. 12

a side view accordingly Fig. 10 but in the 90 ° swiveled state of the cabinet drawer;

Fig. 13

a section along the line FF of Fig. 12 ;

Fig. 14

a front view of the inserted cabinet drawer together with the side walls of the cabinet body, looking G in Fig. 7 , partially in section along the line HH of Fig. 7 ;

Fig. 15

a bottom view of a portion of the upper frame leg of the cabinet drawer, viewing direction I in Fig. 7 ;

FIGS. 16 and 17

Representations according to the FIGS. 14 and 15 but in another rotational position of the adjusting sleeve;

Fig. 18

an oblique view in the region of the upper end of the cabinet drawer and the upper pull-out guide, wherein parts are shown here explosively exploded;

Fig. 19

an enlarged oblique view of the adjusting sleeve.

An embodiment of the invention will be described below with reference to the Fig. 1 to 17 explained. The cabinet according to this embodiment is designed in the form of a cabinet The cabinet drawer 1, which from the in the Fig. 1 to 3 Only partially shown cabinet body 2 is extendable includes a frame with vertical and horizontal frame legs 3, 4. Between the vertical frame legs 3 trays 5 can be used, for example, baskets, trays, shelves or trays o. The like .. At the front vertical frame leg 3 is further a front panel 6 attached. The cabinet drawer 1 could also have a different design.

To pull out the cabinet drawer 1 in a pull-7 and the insertion of the cabinet drawer 1 against the withdrawal direction 7 serve a lower and an upper pull-out 8, 9. The lower pull-8 is arranged below the cabinet drawer 1 and carries its weight. The upper pull-out guide 9 is arranged above the cabinet drawer 1 and serves in particular for lateral guidance or support of the cabinet drawer 1 against tilting.

The pull-out guides 8, 9 each have a cabinet rail 2 connected to the cabinet rail 10, 13 and a pull-out rail connected to the cabinet 1 extension 12, 15, which is relative to the cabinet rail 10, 13 slidably.

Preferably, the lower pull-8 has in addition a center rail 11, wherein a full extension or an over extension is feasible. The lower pull-out guide 8 is designed, for example, in the form of a roller pull-out guide, in which the rails 10-12 are displaceable relative to one another by rollers which are rotatably mounted on the rails. For example, the pull-out guide can be designed here in the form of a conventional differential pull-out, in which all rollers are rotatably mounted on the middle rail 11. Other embodiments of pull-out guides are used, for example, a training in the form of a conventional telescopic extension.

The upper pull-out guide 9 is designed, for example, in the form of a ball guide, in which the rails 13 - 15 are displaceable against one another via balls. In the illustrated embodiment, the upper pull-9 has in addition to the carcass rail 13 and pull-out rail 15 has a center rail 14, which may be formed, for example, of two riveted sub-rails 14a, 14b (see. Fig. 18 ). Such pull-out guides are known. Other embodiments of pull-out guides are used.

The cabinet drawer 1 is connected to the pull-out rail 12 of the lower pull-out guide 8 by means of a lower pivot bearing 16 and with the pull-out rail 15 of the upper pull-out guide 9 by means of an upper pivot bearing 17. As a result, the cabinet drawer 1 in the extended state can be pivoted about a vertical axis 18 by at least 45 °. Preferably, the cabinet drawer 1, starting from a basic position in which it is aligned parallel to the withdrawal direction 7 (see. Fig. 1 and 9 ), pivotable in both directions of rotation by at least 90 °.

To block in the extended and pivoted state of the cabinet drawer 1 insertion of the lower pull-8, a on the pull-out rail 12 of the lower pull-8 to a tilting axis 7 lying parallel to the tilting pivotally mounted locking lever 19 is present. The blocking lever has with respect to a vertical plane in which the tilting axis lies, or seen in cross section through the pull-out rail 12 on both sides protruding arms 20, 21. In the basic position of the cabinet drawer 1 this is based on the direction of pivoting the cabinet drawer 1 form-fitting with the blocking lever 19 connected. In the illustrated embodiment, the blocking lever 19 has for this purpose at its top a recess in which a part of the cabinet drawer 1 protrudes, for example, a pivotally mounted from the lower pivot bearing 16 mounting rail 22 is attached to the lower horizontal frame leg 4 of the cabinet drawer 1.

If the cabinet drawer 1 is not in its fully extended state, the arms 20, 21 of the blocking lever 19 engage over the cabinet rail 10 of the lower pull-out guide, so that a pivoting of the blocking lever 19 is blocked. Due to the positive connection of the cabinet drawer 1 with the blocking lever 19, the pivoting of the cabinet drawer 1 is thereby blocked by the vertical axis 18.

In the fully extended state of the cabinet drawer 1 and the pull-out rail 12 of the lower pull-8, the arms 20, 21 come to rest in front of the front end of the carcass rail 10 of the lower pull-8. We the cabinet drawer 1 now pivoted starting from its basic position, so he pivots this blocking lever 19, whereby the positive connection with the cabinet drawer 1 is released and this can be pivoted. In the illustrated embodiment, in this case the fastening rail 22 extends from the recess of the blocking lever 19. In this pivoted position of the blocking lever 19 of the blocking lever 19 blocks insertion of the lower pull-8, by cooperating with a corpusfesten stop, in the embodiment shown with respect to the pull-forward 7 front end of the carcass rail 10 of the lower extension guide 8. When pivoting back Cabinet extension 1 in its basic position, the blocking lever 19 is pivoted back to its central position and the cabinet drawer 1 can be inserted.

It is further a blocking device available, which blocks insertion of the extended and pivoted cabinet drawer 1 by blocking the insertion of the upper pull-9. This blocking device comprises a locking arm 23 which is supported by the pull-out rail 15 of the upper pull-out guide 9 and moves with it when it is pulled out in the pull-out direction 7 and when pushed against the pull-7. The locking arm 23 is pivotally mounted about a right angle to the withdrawal direction 7, horizontal pivot axis 24, between a release position and a locking position. The blocking position is taken when in the extended state of the cabinet drawer 1 this is pivoted relative to its basic position, and indeed further than a certain threshold of its pivot angle. For example, this threshold is less than 5 °, so that when pivoting the cabinet drawer 1 very quickly blocking the upper pull-9 is achieved. In its blocking position, at least one contact surface 25 of the blocking arm 23 cooperates with a stop 26 fixed to the cabinet body. The at least one contact surface 25 of the locking arm 23 is the associated closet body fixed stop 26 against (relative to the pull-7) or on this. Preferably, this contact surface 25 is located on the cabinet body 2 facing front end of the locking arm 23. In the illustrated embodiment, the locking arm 23 seen in cross section on both sides of the pull-out rail 15 of the upper pull-9 lying sections which at one end face in each case a contact surface 25 for cooperation with each have a corpus fixed stop 26.

A respective body-fixed stop 26 may be fastened, for example, via a holding part 27 on the cabinet body 2 or on the carcass rail 13 of the upper pull-out guide 9.

If the cabinet drawer 1, starting from a pivoted position, in which the locking arm 23 is in its blocking position, is pivoted back to its normal position, the cabinet drawer 1 or a mitbewegt with this part pivoting together with the locking arm 23 to this back to pivot in its release position. In the from the Fig. 1 . 4 . 7 and 9 apparent release position, the locking arm 23 and its at least one contact surface 25 are guided past the at least one stop 26, whereby insertion of the pull-out rail 15 of the upper pull-9 and thus the cabinet drawer 1 is made possible. The pivoting of the locking arm 23 in its release position is preferably carried out by a mounted on the cabinet drawer 1 actuating part 28 which is resiliently deflectable in the vertical direction. As a result, tolerances in the position of the cabinet drawer 1 relative to the locking arm 23 can be added. The actuating member 28 has for both pivoting directions of the cabinet drawer 1 run-on slopes 30 which cooperate with run-on slopes 29 of the locking arm 23 ( Fig. 5 ). Instead, only one of the two interacting parts could have run-on slopes.

The actuating member 28 is mounted in the embodiment shown on the upper horizontal frame leg 4.

When pivoting the cabinet drawer 1, starting from its basic position, the engagement between the actuating member 28 and the locking arm 23 is released, for example, already at a pivot angle of less than 5 °, and the locking arm 23 is pivoted by gravity from its release position to its blocking position. When swinging back the cabinet drawer 1 in the basic position of the locking arm 23 is lifted by the actuating member 28 back to its release position.

The locking arm 23 is connected via a bearing carriage 31 with the pull-out rail 15 of the upper pull-9, wherein it is mounted on the bearing carriage 31 about the pivot axis 24 pivotally. The bearing carriage 31 is slidably mounted on the pull-out rail 15 of the upper pull-out guide 9 in the longitudinal direction of the pull-out rail 15 (ie parallel to the pull-out direction 7). Here he is displaced in a pivoting of the cabinet drawer 1 by a coupling with the cabinet drawer 1 or mitverschwenkten with the cabinet drawer part 1 in its pivoting part in the longitudinal direction of the pull-15 and at the respective pivot position of the cabinet drawer 1 corresponding position relative to the pull-out rail 15 immovable held. For this coupling with the pivoting position of the cabinet drawer 1 is used in the illustrated embodiment, an arranged in the region of the upper pivot bearing 17 eccentric. This includes a mitverschwenktes in the pivoting of the cupboard drawer 1 part 32, which cooperates with the bearing carriage 31 and this shifts in an outgoing from the basic position of the cabinet drawer 1 pivoting the cabinet drawer 1 relative to the pull-15 in the direction of the cabinet body 2.

This thrust member 32 is disposed on an intermediate piece 33 which is rotatably connected to the cabinet drawer 1 and has a bore 35 which is penetrated by a vertical axis 18 forming the axle 34. Here, the intermediate piece 33 is held non-rotatably in the illustrated embodiment of the cabinet drawer 1 on the upper horizontal frame leg 4, snapped into recesses 36 in side legs of the frame leg 4.

Instead of a one-piece design of the thrust member 32 and the intermediate piece 33, these could also consist of interconnected parts.

The eccentric to the vertical axis 18 arranged thrust member 32 protrudes into a cup-like recess 37 on the underside of the bearing carriage 31, wherein a cylinder jacket-shaped thrust surface 38 of the thrust member 32 cooperates with the recess 37 delimiting wall 39.

If the cabinet drawer 1 is pivoted starting from its basic position, so is displaced by the displacement of the bearing carriage 31, the at least one contact surface 25 of the locking arm 23 in the direction of the associated stop 26 and pressed against this, so that a game between the locking arm 23 and the at least a stop 26 is reduced or excluded. Conveniently, the locking arm 23 in the region of at least one contact surface 25 and / or the at least one stop 26 at least in the region of its cooperating with the contact surface 25 surface of a rubber-elastic compressible material.

In the bore 35 of the intermediate piece 33, a setting sleeve 40 is inserted, which has a the axle pin 34 receiving bore 41. The bore 41 is arranged eccentrically to the vertical axis 18. Thus, an eccentric device is formed, by means of which a lateral adjustment of the cabinet drawer 1 is made possible by rotation of the adjusting sleeve 40 about the vertical axis 18. To rotate the adjusting sleeve 40, for example, serves a thumb wheel 42. The adjusting sleeve 40 is held in the rotational position respectively set frictionally or positively or detectable. In the illustrated embodiment, a locking device is formed, wherein a mounted on the intermediate piece 33 pin 43, which passes through a hole in the upper horizontal frame leg 4, cooperates with the thumb wheel 42. A locking device for detecting the adjusting sleeve 40 in the set position could also be formed in other ways.

Various modifications of the illustrated embodiment of the invention are conceivable and possible without departing from the scope of the invention. For example, in a simplified embodiment, the bearing carriage 31 could also be dispensed with and the pivot axis 24 of the blocking arm 23 could be immovably opposite the pull-out rail 15.

In principle conceivable and possible it would also be that the locking arm 23 has on both sides of its pivot axis extending portions, ie in the manner of a two-armed lever is trained. When pivoting the cabinet drawer 1 in its basic position then directed away from the cabinet body portion of the locking arm could be raised by the cabinet drawer 1 and a part attached thereto to pivot the locking arm 23 in its release position. The portion of the locking arm 23 directed toward the cabinet body would hereby lower and, in the lowered position, be disengaged from the at least one body-fixed stop. However, it is preferred that the cabinet drawer 1 cooperates with the locking arm 23 at a location that is closer to the cabinet body in the extended state of the cabinet drawer 1 as the pivot axis 24 of the locking arm 23. The locking arm 23 can then as from the pivot axis 24 in the direction be formed to the cabinet body 2 extending one-armed lever.

Although a horizontal orientation of the pivot axis 24 is preferred, a deviation from this position of up to 45 ° would be conceivable and possible.

Legend to the reference numbers:

1

cupboard drawer

2

cabinet body

3

vertical frame leg

4

horizontal frame leg

5

Tray 30

6

front panel

7

pull-out

8th

lower pull-out guide

9

upper pull-out guide

10

Carcass rail 35

11

middle rail

12

pull-out

13

cabinet member

14

middle rail

15

Pull-out rail 40

16

lower pivot bearing

17

Upper pivot bearing

18

vertical axis

19

blocking lever

20

Arm 45

21

poor

22

mounting rail

23

locking arm

24

swivel axis

25

contact surface

26

attack

27

holding part

28

actuating member

29

starting slope

30

starting slope

31

bearing slide

32

pushing part

33

connecting piece

34

axle

35

drilling

36

recess

37

deepening

38

pushing surface

39

wall

40

adjusting sleeve

41

drilling

42

thumbwheel

43

spigot

Claims (13)

1. A cabinet, in particular a vertical cabinet, with a cabinet carcass (2) and a cabinet pull-out element (1), which cabinet pull-out element (1) is capable - by means of a lower pull-out guide (8) which comprises a carcass rail (10) fixed with respect to the cabinet carcass and a displaceable pull-out rail (12) and by means of an upper pull-out guide (9) which comprises a carcass rail (13) fixed with respect to the cabinet carcass and a displaceable pull-out rail (15) - of being withdrawn out of the cabinet carcass (2) in a withdrawal direction (7) and of being inserted in a direction opposed to the withdrawal direction (7), and which cabinet pull-out element (1) in the withdrawn state is pivotable by at least 45°, preferably by at least 90° on both sides, about a vertical axis (18) with respect to a normal position in which it is orientated parallel to the withdrawal direction (7), and which cabinet pull-out element (1) in the withdrawn state pivoted with respect to the normal position is blocked so as to prevent it from being inserted by a blocking apparatus which has a locking arm (23) which is jointly moved by the pull-out rail (15) of the upper pull-out guide (9) during the displacement of the pull-out rail (15) and which is pivoted about a pivot axis (24) situated transversely to the withdrawal direction (7) during the pivoting of the cabinet pull-out element (1) between a release position, in which it permits an insertion of the cabinet pull-out element (1), and a locking position, in which it blocks an insertion of the cabinet pull-out element (1) by resting against at least one stop (26) fixed with respect to the cabinet carcass, characterized in that the pivot axis (24) of the locking arm (23) is situated in an angular range of from 0° to 45° with respect to the horizontal, and the pivoting of the locking arm (23) from its release position occupied in the normal position of the cabinet pull-out element (1) into its locking position occupied in the pivoted state of the cabinet pull-out element (1) takes place as a result of gravity.
2. A cabinet according to Claim 1, characterized in that the pivot axis (24) of the locking arm (23) is orientated horizontally.
3. A cabinet according to Claim 1 or 2, characterized in that the pivot axis (24) of the locking arm (23) is situated at a right angle to the withdrawal direction (7).
4. A cabinet according to any one of Claims 1 to 3, characterized in that a stop face (25) of the locking arm (23) co-operating in the locking position of the locking arm (23) with the stop (26) fixed with respect to the cabinet carcass or with one of the stops (26) fixed with respect to the cabinet carcass descends from the release position into the locking position during the pivoting of the locking arm (23).
5. A cabinet according to any one of Claims 1 to 4, characterized in that the locking arm (23) is mounted so as to be pivotable on a bearing slide (31) which is mounted so as to be displaceable on the pull-out rail (15) of the upper pull-out guide (9) in the longitudinal direction thereof and the position of which on the pull-out rail (15) depends upon the pivot angle of the cabinet pull-out element (1).
6. A cabinet according to Claim 5, characterized in that a displacement part (32) is present, which is pivoted jointly with the cabinet pull-out element (1) during the pivoting of the latter and which co-operates with the bearing slide (31) and which displaces the said bearing slide (31) during a pivoting of the cabinet pull-out element (1) starting from the normal position of the cabinet pull-out element (1) in the direction towards the cabinet carcass (2).
7. A cabinet according to Claim 6, characterized in that the displacement part (32) is arranged on an intermediate member (33) which is connected to the cabinet pull-out element (1) in a rotationally fixed manner and has a bore (35) through which an axial pin (34) forming the vertical axis (18) passes.
8. A cabinet according to Claim 7, characterized in that a setting sleeve (40), which is capable of being turned about the vertical axis (18) and which has a bore (41) which receives the axial pin (34) and is arranged eccentrically with respect to the vertical axis (18), is inserted in the bore (35) in the intermediate member (33).
9. A cabinet according to Claim 7 or 8, characterized in that the cam-like displacement part (32) projects into a depression (37) in the bearing slide (31).
10. A cabinet according to any one of Claims 1 to 9, characterized in that, in order to pivot the locking arm (23) from its locking position into its release position as the cabinet pull-out element (1) pivots back into its normal position, an actuating part (28) of the cabinet pull-out element (1) has at least one run-up slope (30) and/or the locking arm (23) has at least one run-up slope (29).
11. A cabinet according to any one of Claims 1 to 10, characterized in that an actuating part (28) of the cabinet pull-out element (1) pivoting the locking arm (23) from its locking position into its release position as the cabinet pull-out element (1) pivots back into its normal position is capable of being deflected in a springing-resilient manner in the vertical direction.
12. A cabinet according to any one of Claims 1 to 11, characterized in that the locking arm (23) has portions which are situated adjacent to the pull-out rail (15) of the upper pull-out guide (9) on both sides as viewed in cross-section and which have in each case an abutment face (25) co-operating with a stop (26) in the locking position of the locking arm (23).
13. A cabinet according to any one of Claims 1 to 12, characterized in that a blocking lever (19), which is pivotable about a tilting axis orientated parallel to the pull-out direction (7) and which has arms (20, 21) projecting on opposite sides with respect to a vertical plane in which the tilting axis is situated, is mounted on the pull-out rail (12) of the lower pull-out guide (8), wherein the blocking lever (19) is pivoted about its tilting axis during the pivoting of the cabinet pull-out element (1) starting from its normal position, and the arm (20, 21) pivoted downwards in this case co-operates with a stop fixed with respect to the cabinet carcass and blocks the insertion of the pull-out rail (12) of the lower pull-out guide (8).

Images