WO2021008984A1

WO2021008984A1 - Furniture component

Info

Publication number: WO2021008984A1
Application number: PCT/EP2020/069327
Authority: WO
Inventors: Norbert Poppenborg; Oliver Schael; Gerhard Götz
Original assignee: ambigence GmbH & Co. KG
Priority date: 2019-07-16
Filing date: 2020-07-09
Publication date: 2021-01-21
Also published as: EP3998906B1; CN114096181B; EP3998906A1; DE102019119295B3; CN114096181A

Abstract

Furniture component (1) having a functional wall (2) having an integrated or inserted furniture fitting (10) for guiding a movable furniture part (40). The functional wall (2) has two lateral surfaces (3, 4), an end side (5) and an end-side cutout (6) for receiving the furniture fitting (10). The furniture fitting (10) comprises a base element (11), a linear guide (12) and, articulated thereon, a pivoting guide (13). The linear guide (12) has positively guided movable elements on which the pivoting guide (13) is articulated at a distance from the base element (11). The two lateral surfaces (3, 4) lie in a first and a second plane, respectively, wherein at least the linear guide (12), in a closed position (14) of the furniture fitting (10), is situated between the first and the second plane The linear guide (12) and the pivoting guide (13) are coupled to one another such that, during an opening movement, at first a linear movement and then at least one pivoting movement are carried out.

Description

Furniture component

description

The present invention relates to a furniture component with at least one functional wall with an integrated or inserted furniture fitting for guiding a movable one

Furniture part. The functional wall has two side surfaces and at least one end face and at least one end face recess for receiving the furniture fitting. In particular, the invention relates to a furniture component with a furniture panel and a furniture fitting integrated or inserted in the furniture panel for guiding a movable furniture part such as preferably a flap or a bar compartment.

In the prior art, a wide variety of furniture and

Furniture components have become known for which one

Furniture fitting a movable furniture part such as a flap or a bar compartment is movably articulated. When moving, the movable furniture part is guided over the furniture fitting. Flaps, bar compartments or other movable furniture parts can in all cases be designed in one piece or also from several

There are individual parts that are connected to one another and, if necessary, move relative to one another in the sequence of movements.

It has become known for flaps or bar drawers

corresponding hinges or flap fittings on one

To attach the inside of a side wall of a piece of furniture.

The disadvantage of this is that the fittings inevitably protrude into the interior of the furniture body, which on the one hand

usable storage space within the furniture body and on the other hand a structuring of the interior of the furniture body impaired. Cleaning of the interior, in particular the inside of the side wall of the furniture body, is also made more difficult by the mounted fittings. For visual reasons, a side wall on which no furniture fittings are mounted is desirable.

With new developments, furniture fittings are also integrated into a

Function wall of a piece of furniture integrated. To do this, a

Recess or a receiving space in the functional wall

Provided in which the furniture fitting is received and attached. As a result, the furniture fitting can be integrated into the side wall, for example, whereby the furniture fitting is not visible from the outer side and also when viewed from the inside from the interior of the piece of furniture. The disadvantage is that in the case of pivoting movements, a correspondingly large joint must be present between the individual parts of a front of a piece of furniture in order to have the necessary leeway for the pivoting movement

To make available.

It is therefore the object of the present invention to provide a furniture component which can be used even more flexibly and in which, if necessary, smaller joints are made possible between individual parts or furniture components.

This object is achieved by a furniture component having the features of claim 1. Preferred developments are

Subject of the subclaims. Further advantages and features of the present invention emerge from the exemplary embodiments, which are explained with reference to the accompanying figures.

A furniture component according to the invention comprises at least one functional wall with at least one integrated or inserted furniture fitting for guiding a movable furniture part. The

Functional wall comprises two (in particular parallel) side surfaces and at least one end face, with an end face recess for receiving the furniture fitting on one end face

is trained. The furniture fitting comprises a base element, a linear guide and a pivot guide articulated on this. The linear guide has positively guided movable elements on which the pivot guide is hinged at a distance from the base element. The two side surfaces lie in a first and a second plane, with at least the linear guide (and

preferably also the swivel guide) lies in a closed position of the furniture fitting between the first and the second plane or between the first side surface and the second side surface of the functional wall. The linear guide and the swivel guide are coupled to one another, so that in the event of an opening movement, first a linear movement and then at least one swivel movement are performed.

The furniture component according to the invention has many advantages. A significant advantage of the furniture component according to the invention is that the furniture fitting is inserted or integrated into the functional wall and that a linear guide and a

Swivel guide are coupled together. Because a linear movement is initially carried out during an opening movement, the movable furniture part can be removed from the functional wall so far that, when the movable furniture part is pivoted, there is no contact between the movable furniture part

adjacent parts of the same furniture component or other furniture components.

A pivot axis of the pivot guide is preferably aligned transversely to at least one of the two planes or side surfaces.

In particular, the functional wall is a side wall

Furniture component executed. A pivoting movement then takes place, in particular about an at least substantially approximately horizontally oriented pivot axis. In all configurations, it is preferred that the pivot axis of the pivot guide transversely and in particular is aligned at least approximately perpendicular or perpendicular to one of the two planes or to one of the two side surfaces of the functional wall. In preferred configurations, the two side surfaces of the functional wall are (at least approximately) aligned parallel to one another. It is preferred that the pivot axis of the pivot guide is aligned (at least approximately) perpendicular to the side surfaces of the functional wall.

The pivot axis aligned transversely to the two planes or the two side surfaces preferably intersects both planes or side surfaces.

The functional wall in the sense of the present invention can also be referred to as a furniture functional wall and is preferably a furniture panel. In this respect, the term “functional wall” can be used throughout this application by the term

"Furniture function plate" or "furniture plate" are specified.

The pivoting guide is preferably articulated on the movable furniture part and is located between the two side surfaces of the functional wall when the furniture fitting is closed. In particular, the pivot guide is articulated to the movable furniture part in such a way that when the furniture fitting is closed, the pivot guide is articulated between the two side surfaces of the

Functional wall is located.

It is possible and also preferred that the pivot guide is articulated on the movable furniture part and, when the furniture fitting is closed, the articulation of the pivot guide is at least partially in front of the end face of the functional wall. A part of the articulation of the pivoting guide can be located in front of the end face of the functional wall, while another part of the articulation is still within the recess in the

Functional wall is located.

The linear guide preferably has at least one movable one Rail on. In particular, the movable rail generates a lifting movement. The movable rail particularly preferably generates a lifting movement during the linear movement. The movable rail is preferably received on a (fixed) rail so that it can move longitudinally, wherein the (fixed) rail can also provide the basic element of the furniture fitting.

A sequence control for the forced coupling of the linear guide and the swivel guide is preferably included. The sequence control preferably has a link guide for forced coupling. The link guide preferably has at least one control path, which can be designed as a curve guide. With a

Cam guidance, a positively coupled swivel movement can be implemented in the linear movement. In this case, it is possible for the positively coupled pivoting movement to take place in particular only in a central section of the linear movement or preferably only in an end section of the linear movement. A corresponding control can be implemented via the curve guide.

The furniture fitting preferably has at least one

Damping device for damping the closing and / or

Opening movement. It is possible to design at least one damping device as a linear damper and / or at least one damping device as a rotary damper.

For example, it is possible that a linear damper is used to dampen the linear movement and that a

Rotary damper to dampen the swivel movement of the

Swivel guide is used. But it is also possible that a damping device is used only to dampen the movement of the linear guide or the pivoting guide.

In preferred refinements, the damping device is coupled at least in sections and / or temporarily to an element of the pivoting guide. This becomes an effective

Allows damping of the movement of the movable furniture part. In preferred developments, the furniture fitting has at least one drive, a spring or preloading device, the drive, the spring or the preloading device acting on the linear guide and the positively coupled swivel guide in such a way that the drive, the spring or

Preload device in an effective area between the

Closed position and at least one open position of the

Furniture fitting a closing and / or opening force on the movable furniture part and z. B. causes a door. The opening position does not have to be the greatest possible

Act open position, but it can be a specifically selected position that lies between the closed position and a maximum open position. The closing and / or opening force is preferably adjustable.

In advantageous refinements, the furniture fitting

at least one adjusting device for positioning the movable furniture part in at least one spatial orientation. The adjusting device or at least one

Adjusting device have at least one worm, a bevel gear, an eccentric or a screw element or further adjustment elements. It is possible that an adjustment is possible in at least one spatial direction and / or in at least one spatial angle.

In all configurations it is particularly preferred that the functional wall with the integrated furniture fitting has a thickness or width of less than 30 mm, in particular of less than 25 mm and preferably of less than 21 mm. The (full) thickness of the functional wall is measured between the side surfaces.

The furniture fitting particularly preferably has a thickness or

Width that is smaller than a thickness or width of the

Functional wall. In particular, a difference between the thickness of the functional wall and the thickness of the furniture fitting is greater than 2 mm and in particular larger than 4 mm and can also be 6 mm and more

be.

The base element is particularly preferably the widest element of the furniture fitting. The basic element of the furniture fitting preferably has a thickness of less than 22 mm and in particular of less than 18 mm and preferably of less than 16 mm.

The furniture fitting can be received approximately centrally in the functional wall. It is also possible for the furniture fitting to be arranged closer to one side surface than to the other side surface. It is preferred that the furniture fitting is inserted from one side surface. A top layer can cover the furniture fitting.

In advantageous refinements, the furniture fitting

at least one positioning device for the movable

Furniture part on. The positioning device has, in particular, a releasable locking coupling in order to position the movable furniture part

to fix at least one open position or open position.

Preferably separate the functional wall and the movable one

Furniture part at least partially from a receiving compartment at least in a closed position. In this way, a receiving compartment is made available on the furniture component, which can be used to separate or store a wide variety of objects.

The furniture component preferably comprises at least two

Functional walls with one or one inserted or integrated furniture fitting for guiding the movable furniture part. The functional wall particularly preferably forms an (at least essentially) vertically oriented side wall of the

Furniture component. It is also possible that the furniture component comprises two or more functional walls, which are for example arranged at a distance from one another, and a receiving compartment or several separate receiving compartments on the

Make furniture components available.

The movable furniture part is particularly preferably designed as a flap, the flap for example by a

Swivel movement upwards or opened by a

Swivel movement downwards is opened.

Overall, the invention provides an advantageous furniture component with which flaps, in particular, but also revolving doors, lids or bar compartments can be advantageously equipped. In this case, the movable furniture part initially guides a movement from the closed position into an open position

Linear movement and then a pivoting movement by, wherein the pivoting movement can start while the linear movement is still being carried out. Preferably, however, a purely linear movement is initially carried out so that a particularly small joint dimension between the movable furniture part and the neighboring one

Furniture parts can be trained. The linear movement makes it possible to ensure that the movable furniture part is first moved outwards, for example from the furniture front, and thus not to others when it is pivoted

movable or fixed furniture parts abuts while the pivoting movement is carried out.

Further advantages and features of the present invention emerge from the exemplary embodiments which are explained below with reference to the accompanying figures.

In the figures show:

Figure 1 is a schematic perspective view of a

Furniture component according to the invention with a flap as a movable furniture part;

Figure 2 shows another furniture component according to the invention with a movable furniture part that can be folded down;

Figure 3 is a side view of a functional wall of

Furniture component according to Figure 2, wherein at least the top layer is omitted;

Figure 4 shows a furniture fitting for the furniture components according to the

Figures 1 and 2;

FIG. 5 shows a perspective view of the furniture fitting according to FIG. 4;

FIG. 6 shows a partial view and perspective illustration of the front part of the furniture fitting according to FIG. 4;

FIG. 7 shows a control lever of the furniture fitting according to FIG. 4;

FIG. 8 a spring plate for the furniture fitting according to FIG. 4; and

Figures 9-12 different positions of a furniture component.

Figure 1 shows a furniture component 1 according to the invention, which is designed, for example, as an upper cabinet 100 or bar compartment. The furniture component 1 is mounted on a room wall 50. The furniture component 1 is shown in Figure 1 in the closed position 14 or in the closed state. The furniture component 1 has a movable furniture part 40, which is designed here as a flap and which here closes a storage space or a receiving compartment 41 arranged behind the movable furniture part 40, which is accessible from the access side 45.

The furniture component 1 is limited at the top by a top floor 43. On the left-hand side, the functional wall 2 can be seen, in the interior of which (not visible in FIG. 1) a furniture fitting 10 is housed, which is connected to the flap 40. Figure 2 shows another embodiment of a

Furniture component 1, which here has two functional walls 2 or

has vertical side walls. A sub-floor 42 and a

Upper floor 43 delimit the receiving compartment 41, which is accessible from the end face. In principle, a furniture component 1 can also have only a single functional wall 2.

On the front end faces of the functional walls 2, there are recesses 6 or corresponding ones in the interior of the functional walls 2

Recording rooms formed, each of which has a

Furniture fitting 10 is added. The movable furniture part 40 (not visible in FIG. 2) is attached to or connected to the pivoting support 30 of the furniture fittings 10.

The functional walls 2 are designed here as furniture panels and have a lateral wall thickness or thickness 2a, which is preferably less than 24 mm and in particular less than 21 mm. The furniture fittings 10 are fully incorporated in the functional walls. The furniture fittings 10 have a lateral width or a thickness 11a (see FIG. 4) of

in particular less than 18 and preferably less than 16 mm. As a result, a furniture component 1 is made available which has lateral functional walls that are similar in thickness to other conventional furniture panels

Pieces of furniture. No greater wall thickness is required to accommodate the furniture fitting in the interior of the functional wall.

Each functional wall has an inner side surface 3 and an outer side surface 4. The side surfaces 3, 4 can each be formed by cover layers 3a, 4a. The functional wall itself can be formed by one or two cores into which the corresponding recess 6 is made in order to

Function wall 2 to accommodate the furniture fitting 10. A full-surface cover layer 3a or 4a can be applied to the wall in a visually appealing manner, so that the furniture fitting 10 is not visible either from the outside or from the inside. Figure 3 shows a side view of the functional wall 2 of the

Furniture component 1, wherein the recess 6 can be seen, which is open on the end face 5. In this exemplary embodiment, the furniture fitting 10 is inserted from the side surface 3 and screwed to the functional wall 2. A cover layer 3a can then be applied to the functional wall 2 over the entire side surface, so that a visually appealing uniform design is achieved. However, a visually appealing cover cap could also be placed on the furniture fitting 10.

FIG. 4 shows a perspective illustration of the furniture fitting 10, for example for the functional wall 2 according to FIG. 3.

The furniture fitting 10 has a base element 11 on which the linear guide 12 is received. The pivoting guide 13 is coupled to the linear guide 12. A damping device 16 is received here on the base element 11. To the

The base element 11 is also provided with screw flanges 29 on which the furniture fitting 10 is screwed to the functional wall 2.

A rail 26 is fixedly connected to the base element 11, on which a movable rail 27 is mounted in a linearly movable manner via a bearing 28. The fixed rail 26 and the movable rail 27 together with the bearing 28 form the linear guide 12. At the front end of the linear guide 12, the pivoting support 30 of the pivoting guide 13 is pivotably attached to the linear guide 12. The mounting holes for screwing to the movable furniture part 40 can be seen on the pivot bracket 30.

On the movable rail 27, the pivot axis 31 is to

Pivoting of the pivot bracket 30 was added. With the

Movable rail 27 is also connected to the spring plate 33 on which the spring tongue 34 is formed. The spring plate 33 is connected to the movable rail 27 by pins 32. The damper device 16 is coupled to the connector 19 via the piston rod 16a, which in turn is connected to the movable rail 27. As a result, when the movable rail 27 is extended, the piston rod 16a also becomes the

Damping device 16 extended.

The width or thickness 11a of the base element 11 is in particular less than 18 mm and preferably less than 16 mm. The base element 11 represents the widest part of the furniture fitting 10.

A spring 17 (see FIG. 9), not shown here, is accommodated between the spring receptacles 19a and 19b in order to

In this exemplary embodiment, furniture fitting 10 is to be preloaded into the illustrated closed position 14.

The linear guide 12 is coupled to the pivot guide 13 via the first pin 21 and the second pin 22. The control lever 35 pivots about the second pin 22 when the first pin 21 is lifted in the link guide 24.

FIG. 5 shows a side view of the furniture fitting 10, the pivot bracket 30 being arranged here for fastening to the movable furniture part 40 at the right end in the illustration according to FIG. On the base element 11 is the

Damping device 16 added. The elongated hole 23 and the link guide 24 are formed on the fixed rail 26. The link guide 24 comprises a control path 25, which here runs transversely to the elongated hole 23.

Figure 6 shows on the left side an enlarged view of the pivot bracket 30 on the movable rail 27 and to the right a perspective view of the pivot bracket 30. The pivot bracket 30 has a latching edge 30a and an opening for the pivot axis 31 and the fastening tabs or mounting flanges for fastening on the movable Furniture part 40.

The locking edge 30a of the pivot bracket 30 engages in the

shown closed position 14 behind a locking cam 35a of the control lever 35. The locking cam 35a prevents pivoting of the pivot bracket 30. The control lever 35 is here only

shown in dashed lines, since the control lever 35 is located behind the movable rail 27.

The locking ball 34b can also be seen in FIG secured open position defined.

FIG. 7 shows the control lever 35, which is pivotably connected to the damping device 16 at the rear end via the connection 38. The control lever 35 can be pivoted about the pivot axis 37 when installed, the pivoting being effected by adjusting the height of the first pin 21, which is received on the receptacle 39, when the first pin 21 is guided along the control path 25 of the link guide 24.

FIG. 8 shows an enlarged illustration of the spring plate 33 with the spring tongue 34 and the ball seat 34a formed thereon, whereby a defined open position is provided in which the locking ball 34b with the ball seat 34

latched.

With reference to FIGS. 9 to 12, the

The sequence of movements of the furniture fitting 10 of the furniture component 1 when the movable furniture part 40 is opened from the closed position 14 is described.

FIG. 9 shows the closed position 14 on the base element 11 the damping device 16 is received, which is coupled to the element or connector 19 via the piston rod 16a. The spring 17 is also coupled to the connector 19.

The first pin 21 is guided in the link guide 24 along the control path 25. The second pin 22, on the other hand, is only received in a longitudinally movable manner on the elongated hole 23.

In the closed position 14, the locking edge 30a engages

Swivel bracket 30 from below against the locking cam 35a of the

Control lever 35. The control lever 35, which is per se pivotably received about the second pin 22, is prevented from pivoting in the position according to FIG. 9, since the first pin 21 prevents vertical movement of the control lever 35.

By moving the movable furniture part 40 forwards, the open position 15 shown in FIG. 10 is produced, which here represents a partially open position. The movable furniture part 40 was pulled out of the furniture component 1 by 38 mm forwards in the exemplary embodiment. This movement was purely linear. In the process, the movable rail 27 has moved out of the functional wall 2 by a corresponding 38 mm relative to the fixed rail 26. The first pin 21 and also the second pin 22 have the respective axial end of the elongated hole 23 or

Link guide 24 reached.

By spring preloading or by the weight moment of the movable furniture part, the control lever 35 is guided upward on the first pin 21 into the vertically aligned area of the control path 25 of the link guide 24. As a result, the control lever 35 then swivels about the swivel axis of the second pin 22, so that the front end of the control lever 35 with the locking cam 35 moves upwards.

The resulting position is shown in FIG. The locking cam 35a of the control lever 35 is pivoted upwards and has thus released the latching edge 30a of the pivot bracket 30 so that the pivot bracket 30 with the associated flap or the associated movable furniture part 40 can pivot counterclockwise here and releases the receiving compartment 41 of the furniture component 1 from the access side 45. During the pivoting, the locking ball 34b rotates counterclockwise on the pivot bracket 30 until the locking ball 34b the

Ball seat 34a on the spring plate 33 is reached. The locking ball 34b lies there in front of the ball receptacle 34a. A first open position 15a is thereby secured.

Finally, FIG. 12 shows a state in which the movable furniture part 40 has been pivoted further. As a result, the locking ball 34b is from the pre-positioning into the locking with the

Ball seat 34 locked. There can be another latching position in the position shown in FIG. This now represents the maximum opening position 15b. In this position too, the linear guide 12 is still extended. The

Pivoting guide 13 is pivoted to the maximum here. The control lever 35 is pivoted up as far as possible, so that the pivoting of the locking cam 35a in this position as well

Swivel bracket 30 is not obstructed.

To close the flap, the movable furniture part 40

raised and thus the pivot bracket 30 is pivoted about the pivot axis 31 until the flap 40 reaches the vertical position again. As a result, the linear movement for closing is also released again, since the first pin 21 has left the vertical part of the control path 25 of the link guide 24 and the first pin 21 is located in the horizontal part of the link guide 24. By pushing back the linear guide 12, the locking cam 35a and the locking edge 30a lock.

Overall, the invention provides an advantageous furniture component 1, with which flaps, bar compartments and also doors or lids can be made available in an advantageous manner. A furniture component 1 can be used as a flap, bar compartment or revolving door. It is possible to close very small joints between the inside and / or the outside fronts

enable. The linear and rotational movements take place in sections and in particular not simultaneously.

It is possible to provide different locking positions via a control cam or also via one, two or more ball receptacles 34a. It is possible to provide for a self-opening or a self-closing.

The force for opening and / or closing can be adjustable. Adjustment holes can be provided on one side (inside and / or outside), for example.

It is also possible to design such a furniture component without the use of springs. Such a furniture component could have at least one locking position. A function can also be achieved by overpressing. Several furniture fittings can be synchronized and / or driven mechanically, hydraulically or electronically. Electronic, electrical or mechanical operation is also possible. The attachment can

be done for example from the front or be clamped.

A spring package, like a drive package, can optionally be separable. The linear stroke can be adjustable and limited. The opening angle can also be adjustable or limited.

Aperture settings are possible for the height, depth, inclination, rotation, etc. Thus, the aperture can be adjusted in at least one spatial direction or spatial orientation (x, y, z) by an adjusting device. Several damper devices can also be used

be included. For example, a damper device for the rotation and a damper device for the linear movement. The movable furniture part can in particular be glued and / or screwed on. A quick assembly is possible. A cover cap or the like can be applied at the front to cover the milling for the recess.

It is also possible that a furniture component 1 comprises two, three or more functional walls and further walls and floors with and / or without additional functions or received furniture flaps and the like.

Claims

Expectations :

1. Furniture component (1) with at least one functional wall (2), with an integrated or inserted furniture fitting (10) for guiding a movable furniture part (40), the functional wall (2) having two side surfaces (3, 4), one end face (5 ) and an end recess (6) for receiving the furniture fitting (10), wherein the furniture fitting (10) comprises a base element (11), a linear guide (12) and a pivoting guide (13) articulated on this, and wherein the linear guide (12 ) has positively driven movable elements on which the pivoting guide (13) is articulated at a distance from the base element (11),

characterized,

that the two side surfaces (3, 4) lie in a first and a second plane, at least the linear guide (12) in a closed position (14) of the furniture fitting (10) lying between the first and the second plane and the linear guide (12 ) and the swivel guide (13) are coupled to one another, so that with an opening movement first a linear movement and then at least one

Swivel movement is carried out.

2. Furniture component (1) according to claim 1, wherein the

Pivoting guide (13) is articulated on the movable furniture part (40) that in the closed state (14) of the

Furniture fitting (10) the articulation of the swivel guide (13) is located between the two side surfaces (3, 4) of the functional wall (2).

3. Furniture component (1) according to claim 1, wherein the

Pivoting guide (13) is articulated on the movable furniture part (10) that in the closed state (14) of the

Furniture fitting (10) the articulation of the swivel guide (13) is at least partially in front of the end face (5) of the functional wall (2).

4. Furniture component (1) according to one of the preceding claims, in which the linear guide (12) has at least one movable rail (27) which generates a lifting movement.

5. Furniture component (1) according to one of the preceding claims, in which a sequence control for the forced coupling of the linear and pivoting guide (12, 13) is included and a

Has slotted guide (24) for positive coupling, the slotted guide (24) having a control path (25) which can be designed as a curve guide.

6. furniture component (1) according to any one of the preceding claims, wherein the furniture fitting (10) at least one

Has damping device (16) for damping the closing and / or opening movement, the damping device (16) being designed as a linear damper and / or a rotary damper.

7. Furniture component (1) according to the preceding claim, in which the damping device (16) is coupled at least temporarily to an element (19) of the linear guide (12).

8. Furniture component (1) according to one of the two preceding

Claims, in which the damping device (16) is coupled at least temporarily to an element of the pivot guide (13).

9. Furniture component (1) according to one of the three preceding

Claims, in which the furniture fitting (10) has at least one drive (17) which acts on the linear guide (12) and the positively coupled pivoting guide (13) in such a way that the drive (17) is in an effective area between the

The closed position (14) and an open position (15) of the furniture fitting (10) cause a closing and / or opening force on the movable furniture part.

10. Furniture component (1) according to the preceding claim, wherein the closing and / or opening force is adjustable.

11. Furniture component (1) according to one of the preceding claims, in which a pivot axis (31) of the pivot guide (13) is oriented transversely to at least one of the two planes.

12. Furniture component (1) according to one of the preceding claims, in which the furniture fitting (10) has at least one

Adjusting device for positioning the movable

Furniture part (40) in a spatial orientation (y, z), the adjusting device having at least one worm, bevel gear, eccentric or screw element.

13. Furniture component (1) according to one of the preceding claims, in which the functional wall (2) with the integrated

Furniture fitting (10) has a thickness (2a) of less than 30 mm, in particular less than 25 mm and preferably less than 21 mm.

14. Furniture component (1) according to one of the preceding claims, in which the base element (11) of the furniture fitting (10) has a thickness (11a) of less than 22 mm, in particular less than 18 mm and preferably less than 16 mm.

15. Furniture component (1) according to one of the preceding claims, wherein the furniture fitting (10) has a positioning device (18) for the movable furniture part (40), the positioning device (18) having a releasable locking coupling (30b, 34a, 34b) in order to fix the movable furniture part (40) in at least one open position (15).

16. Furniture component (1) according to one of the preceding claims, wherein the functional wall (2) and the movable furniture part (40) at least partially separates a receiving compartment (41) at least in a closed position (14).

17. Furniture component (1) according to one of the preceding claims, comprising at least two functional walls (2) with at least one inserted or integrated furniture fitting (10) for guiding the movable furniture part (40).

18. Furniture component (1) according to one of the preceding claims, in which the functional wall (2) forms a vertical side wall.