EP3399127B1 - Furniture fitting for a sliding motion of a multipart door and furniture with such a fitting for furniture - Google Patents

Description

The invention relates to an arrangement of a furniture fitting and a multi-part door with at least a first and a second surface element according to the preamble of claim 1. The invention further relates to a piece of furniture with a multi-part door and a furniture fitting.

Particularly in the case of upper cabinets, such as those often used in kitchens, doors that perform a purely pivoting movement are disadvantageous, as an open door protrudes far into the room and there is a significant risk of impact in the head area.

Alternatively, upper cabinets can be equipped with sliding doors. A sliding door arrangement with vertically movable surface elements is, for example, from the publications JP 2003/003728 A and EP 2 821 576 A1 known. In these arrangements, two surface elements are guided on guide curves in such a way that when the door is in a closed position, they are arranged flush with each other, that is, with their surfaces aligned, one above the other. When the door is opened, both surface elements move in such a way that the lower surface element initially tilts and - then aligned parallel again - pushes itself in front of the upper surface element. Open doors do not protrude into the room, but access to the interior of the furniture is limited in that even in the open position only part of the cabinet interior is accessible, for example with a two-part sliding door only about half of the cabinet interior. The publication EP 0 360 995 A1 shows a similar arrangement for horizontally movable surface elements of a wardrobe.

From the publication DE 1 812 507 A A door arrangement is known in which a door flap arranged at the top of a cabinet so that it can pivot outwards is designed in two parts. A second surface element can be moved in or out into a first, pivotable surface element of the door flap. When the door arrangement is closed, the second surface element is extended downwards from the first surface element, so that the entire furniture opening is closed. To open the door, the second surface element can be retracted, making a lower half of the cabinet accessible. The two surface elements that are retracted into each other are then swiveled up together to make the upper part of the cabinet accessible.

The disadvantage here is that the two surface elements retracted into one another are pivoted about a pivot point which is at the edge of the pivotable Surface element lies. Thus, in the open state, the overall arrangement of the surface elements retracted into one another protrudes completely forward over the front edge of the cabinet body. In addition, a large torque must be applied to hold the opened door assembly in its horizontal position. For this purpose, side support levers are used which support the opened door on its side edges. The support levers also protrude forward over the cabinet body.

A multi-part door that performs a combined sliding and pivoting movement is also from the publication US 2,322,377 known. This arrangement is particularly suitable for large doors such as building doors. In this arrangement too, an upper surface element is pivotally mounted and at least a second surface element is displaceably arranged on said first surface element.

To open the door, the second surface element is raised on the first surface element and then the arrangement of both surface elements is pivoted into an approximately horizontal position. In contrast to the fitting according to the publication DE 1 812 507 A , in which the axis of rotation for the pivoting movement is arranged at the upper end of the first surface element, the upper end of the first surface element is moved essentially horizontally inwards on a guide curve. A pivoting lever is articulated in the lower region of the first surface element, which, in combination with the sliding movement at the upper end of the surface element, leads to a combined pivoting and sliding movement of the door arrangement. In the open position, the door arrangement is aligned essentially horizontally and at least half is drawn into the interior.

Applied to a piece of furniture, for example a cupboard, in the open position the door arrangement would only protrude slightly forward into the room beyond the furniture body. The disadvantage, however, is that the door arrangement moves into the interior of the cabinet, meaning that part of the interior can no longer be used as storage space. In addition, end faces of the side walls of the furniture body cannot be covered by the door due to an inwardly retractable door, which means that a uniform furniture front cannot be achieved when furniture is arranged next to one another.

It is an object of the present invention to create an arrangement or a piece of furniture of the type mentioned at the outset, in which the multi-part door does not or only slightly moves forward over the furniture body in an open position protrudes without penetrating the interior of the furniture. Furthermore, when the door is closed, the furniture front should be as uniform as possible.

This task is solved by an arrangement according to claim 1 or a piece of furniture according to claim 13.

Advantageous refinements and further developments are specified in the dependent claims. In an arrangement according to the invention of the type mentioned at the outset, the furniture fitting has a sliding guide and a lifting guide for the first and second surface elements, as well as a parallel guide, for carrying out a sliding movement of the multi-part door. The first surface element is coupled to the sliding guide via the parallel guide, wherein in a first movement section the first surface element is guided displaceably relative to the second surface element by the parallel guide in a direction transverse to the surface extent of the first surface element, and in a second movement section the first surface element is guided relative to the second Surface element is guided linearly displaceably by the sliding guide in a direction of the surface extent of the first surface element, and in a third movement section the first surface element is coupled to the second surface element and both surface elements are guided together in a linearly displaceable manner by the sliding guide and the lifting guide. This joint movement of the two surface elements of the door further vertically upwards makes the entire or almost the entire interior of the body accessible.

In the arrangement according to the invention, the first surface element is guided through the sliding guide along the entire opening path. A linear movement is carried out first only by the first, then jointly by the first and second surface elements. This results in a stable movement sequence. Because the first surface element is attached to the sliding guide via the parallel guide, the first surface element can be moved back and forth independently of the sliding movement in a direction transverse to the sliding movement, the forward and backward movement being able to take place without tilting or pivoting the first surface element. When the door is closed, it can be positioned without a gap in a plane flush with the second surface element and can be moved backwards relative to the second surface element offset orientation.

According to the invention, the lifting guide is combined with a pivoting guide, so that in the third movement section or a subsequent fourth movement section, both surface elements are guided together in a pivotable manner. By additionally pivoting the two surface elements pushed one above the other, the interior of the body becomes even more easily accessible. The lifting guide or the combined lifting and swiveling guide of the second surface element can be arranged on top of the furniture body, so that neither the furniture fitting nor the opened door penetrate into the interior of the furniture.

In a further advantageous embodiment of the arrangement, the sliding guide has at least one guide profile and a trolley with rollers running therein. The parallel guide preferably has two levers aligned parallel to one another, each of which is articulated on the trolley and a mounting bracket, the first surface element being mountable on the mounting bracket. In this way, the parallel guidance can be designed to be compact with the trolley. The trolley and parallel guide can move along a guide profile, which can be embedded in a side wall of the body and thus does not or only minimally affects the design of the interior.

To operate the parallel guidance, a pivoting lever is preferably further articulated on the trolley, which acts on one of the levers aligned parallel to one another and is biased in one direction by a spring. The pivoting lever can, for example, engage with a bolt in an elongated hole in the lever. Stops can be designed which define the two positions of the first surface element: on the one hand, the flush position for the closed door and on the other hand, the offset opening position.

Further preferably, a pull cable is attached to the pivot lever, with a pull on the pull cable first pivoting the pivot lever against the preload of the spring until the first surface element is offset backwards relative to the second surface element in a direction transverse to the sliding movement of the first surface element, and where a further pull on the pull rope moves the trolley in the guide profile in the direction of the sliding movement of the first surface element. Both the parallel guide and the sliding guide are actuated via a pull cable, whereby a sequence control is automatically implemented, through which the parallel guide is actuated before the sliding guide when the door is opened and after the sliding guide when the door is closed.

In a further advantageous embodiment of the arrangement, a driver for the first surface element for coupling the two surface elements is formed on the lifting guide and/or on the second surface element.

In a further advantageous embodiment of the arrangement, the lifting guide has a scissor mechanism with two scissor arms. It can optionally be provided to mount the scissor mechanism via a pivot bearing on the body of a piece of furniture in order to implement a lifting and pivoting function. A sequence control can be present to enable the scissor mechanism to be pivoted only when the scissor mechanism is extended.

Furthermore, the scissor mechanism ensures that the second surface element cannot be displaced laterally and is guided upwards in parallel.

A piece of furniture according to the invention, in particular a wall cabinet, comprises a body and a multi-part door which has at least a first surface element and a second surface element. The furniture is characterized in that the surface elements are attached and guided on the body via such a furniture fitting with a sliding guide, a parallel guide, a lifting guide and a pivoting guide.

In an advantageous embodiment of the furniture, the sliding guide for the first surface element is arranged in side walls of the body and the lifting guide for the second surface element is mounted on an intermediate floor of the body, the intermediate floor being arranged in an upper region of the body. In this way, the interior of the furniture body remains free of the furniture fittings and is available to the user without practical or visual impairment.

Figuren 1a-1f

jeweils eine isometrische Gesamtansicht einer Ausführungsform eines erfindungsgemäßen Möbels mit mehrteiliger Tür und einem Möbelbeschlag in verschiedenen Öffnungsstellungen der mehrteiligen Tür;

Figuren 2a-2d

jeweils eine Seitenansicht des Möbels gemäß den Figuren 1a-1f in verschiedenen Öffnungsstellungen der Tür bei entnommener Seitenwand;

Figuren 3a-3c

Detailansichten eines Teils des Möbelbeschlags des Möbels gemäß den Figuren 1a-1f in verschiedenen Stellungen der Tür;

Figuren 4a, 4b

jeweils eine isometrische Rückansicht des Möbels gemäß den Figuren 1a-1f in verschiedenen Öffnungsstellungen der mehrteiligen Tür;

Figur 5

eine isometrische Detailansicht des Möbels gemäß den Figu-ren 1a-1f mit nur teilmontiertem Möbelbeschlag, und

Figur 6

eine Draufsicht auf einen Eckbereich des Möbels mit freigeletem Führungsprofil.

In a further advantageous embodiment of the furniture, an electric drive acts on the furniture fitting, for example via pull cables, in order to achieve a particularly comfortable and convenient operation of the door. A joint one is preferred Pull cable on the parallel guide and the sliding guide, which means that a single drive unit is sufficient to carry out the movement. The invention is explained in more detail below using an exemplary embodiment with the aid of figures. The figures show:

Figures 1a-1f

each an isometric overall view of an embodiment of a piece of furniture according to the invention with a multi-part door and a furniture fitting in different opening positions of the multi-part door;

Figures 2a-2d

each a side view of the furniture according to Figures 1a-1f in different opening positions of the door with the side wall removed;

Figures 3a-3c

Detailed views of part of the furniture fittings of the furniture according to the Figures 1a-1f in different positions of the door;

Figures 4a, 4b

each an isometric rear view of the furniture according to Figures 1a-1f in different opening positions of the multi-part door;

Figure 5

an isometric detailed view of the furniture according to the Figures 1a-1f with only partially assembled furniture fittings, and

Figure 6

a top view of a corner area of the furniture with the guide profile exposed.

An exemplary embodiment of a piece of furniture according to the invention with a furniture fitting is shown in the figures described below. An example of furniture shown is a wall cabinet, especially for a kitchen. It goes without saying that the furniture fitting can also be used for other furniture or for other purposes of a door.

In the furniture shown, the door slides in a vertical direction. However, the furniture fitting shown can in principle also be used on a door that is moved horizontally.

In the Figures 1a-1f The exemplary piece of furniture is shown in different opening positions of its door, each in an isometric overall view. Both Figures 1a and 1b Additionally, enlarged detailed views of a lower corner area of the furniture are shown.

The furniture has a body 10 which has two side walls 11, a base 12 and a top panel 13. As in Figure 1f can be seen, an intermediate floor 14 is arranged below the top floor 13, which closes off an interior 16 of the body 10 at the top. The space between the top floor 13 and the intermediate floor 14 accommodates components of the furniture fittings as well as any electrical drive that may be provided and coupled to the furniture fittings. In order to make the electric drive accessible, an opening can be provided in the top floor 13, which can be covered by a cover except for assembly and service purposes. Power supply and/or control cables for the electric drive can be routed through one or more openings in a rear wall of the body 10. Furthermore, the interior 16 can optionally be divided by a shelf 15.

The furniture has a multi-part door 20, which includes a first surface element 21 and a second surface element 22. The surface elements 21, 22, hereinafter also referred to as fronts 21, 22, are glass plates in the exemplary embodiment shown. In principle, it is also possible to use other materials, such as wood, for the fronts 21, 22 of the door 20.

Figure 1a shows the furniture with the door 20 closed. The fronts 21, 22 are arranged one below the other, with the lower first front 21 being arranged flush with the upper second front 22, ie with surfaces aligned with one another.

In order to open the door 20, in a first movement section, the first, ie lower front 21 is initially moved backwards in parallel, without being tilted or pivoted, until the in Figure 1b the state shown is reached. When enlarged, part of a guide profile 31, which is embedded in the side wall 11, can be seen.

By moving the first front 21 backwards by at least its material thickness, the first front 21 is now offset parallel behind the second front 22 and can, as in Figure 1c is shown in a second movement section be moved vertically upwards until the in Figure 1d the state shown is reached. At this stage, a lower part, essentially a lower half, of the interior 16 is fully accessible.

According to Figure 1e In a third movement section, the arrangement moves upwards together from the first and second fronts 21, 22 lying one above the other until a part, approximately 2/3 in the example shown, of the arrangement is located above the body 10. Accordingly, the upper part of the interior 16 of the body 10 is now accessible to the user. As in connection with the Figures 4a and 4b will be explained in more detail, this movement of the arrangement of the two fronts 21, 22 is achieved by a lifting guide.

Figure 1f shows the fourth movement section, in which the lifting guide mentioned is designed as a combined lifting and swiveling guide. To open the door 20 even further, the arrangement of the first and second fronts 21, 22 lying one above the other pivots together with its upper edge backwards, so that the upper part of the upper half of the interior 16 of the body 10 is now also accessible to the user becomes.

The pivoting takes place about a horizontal pivot axis which is positioned approximately in the middle of the arrangement of the first and second surface elements 21, 22. Before or during pivoting, the pivot axis is moved upwards.

Due to the arrangement of the pivot axis, after pivoting, the door 20 protrudes forward over the side walls 11 of the body 10 by less than half the height that the door 20 has in the closed state. The remaining second half of the pushed-together door 20 is positioned above the body 10. Consequently, no part of the door 20 is arranged in the interior of the body 10 when open.

Around the pushed together door 20 up to the in the Figures 1e and 1f In order to be able to move in the states shown, a corresponding free space above the body 10 is required. This is usually the case with upper cabinets, for example in kitchens, because the upper cabinets do not reach the ceiling. It is advantageous for furniture fittings The empty space located above the furniture is therefore used to accommodate parts of the door 20 in the open state, but advantageously no interior space 16 of the body 10.

In the Figures 2a-2c is one with the Figures 1a, 1b and 1d comparable opening sequence of the door 20 of the furniture is shown in side views. In order to gain insight into the structure and functionality of the furniture fitting, the side wall 11 of the body 10 facing the viewer is removed in these figures. Both Figures 2a and 2 B A lower front area of the furniture is also shown enlarged.

Figure 2a first shows the closed state of the door 20. In the in Figure 2b In the state shown, the first front 21 of the door 20 is offset parallel to the rear relative to the second front 22, so that it can then be raised in a vertical sliding movement, as in Figure 2c is shown.

For the linear movement of the first front 21, the guide profile 31 of a sliding guide 30 is embedded in the side wall 11, which is visible in the figures shown. The guide profile 31 offers a guide for a trolley 32, which is guided vertically in the guide profile 31 using rollers 321.

A parallel guide 40 is arranged on the trolley 32 and has a forwardly projecting mounting bracket 41 to which the first front 21 is attached.

The trolley 32 with the parallel guide 40 is in the Figures 3a-3c reproduced again in detail in isometric views. The Figures 3a and 3b correspond to the two in the Figures 2a and 2 B states shown. Figure 3c shows a rear view of the trolley 32 and the parallel guide 40.

Such an arrangement of guide profile 31 with roller carriage 32 and parallel guide 40 is arranged on both side walls 11 of the body 10, with the first front 21 being mounted on both mounting brackets 41 using a mounting strip 211, which can be glued to the first front 21, for example. The two trolleys 32 are in the illustrated embodiment by the already in connection with Figure 1 mentioned electric drive in the guide profile 31. For this purpose, the electric drive is via traction means, for example a traction cable 61, which is inserted into the via deflection rollers Guide profile 31 is steered, coupled to the two trolleys 32. In principle, however, the furniture fitting shown can also be set up for manual operation.

The mounting bracket 41 of the parallel guide 40 is guided over two levers 42, 43 arranged parallel to one another. The levers 42, 43 are pivotally articulated at their respective ends on the one hand to the trolley 32 and on the other hand to the mounting bracket 41. The two levers 42, 43 are arranged on both sides next to the rollers 321, with which the trolley 32 is guided in the guide profile 31. An upper section 412 of the mounting bracket 41 lies in the state shown in Figures 2a and 3a and 3c on an upper section 324 of the trolley 32, so that a front stop for the mounting bracket 41 is formed. In this state, the two fronts 21, 22 are aligned flush with one another.

A two-armed pivot lever 44 is also articulated on the trolley 32, the arms of which are at an angle to one another, the angle being in a range from 50° to 80°, preferably from 60° to 70°. The pivoting lever 44 has a bolt 441 at the end of an arm, with which the pivoting lever 44 is in engagement with one of the levers 42, 43, here the lever 43. For this purpose, an elongated hole 431 is formed in the lever 43, into which the bolt 441 projects. The pull cable 61 is coupled to the second lever arm of the pivot lever 44, with which both the parallel guide 40 is actuated in a direction transverse to the sliding movement of the first front 21 and the trolley 32 is raised in the direction of the sliding movement of the first front 21.

In addition to the pull cable 61, a force accumulator 45, preferably a spring, is also arranged on the mentioned lever arm of the pivot lever 44, which pulls the pivot lever 44 downwards on the mentioned lever arm against the pulling direction of the pull cable 61. For this purpose, the second end of the spring 45 is suspended in a flared tab on the trolley 32.

Pivoting the pivoting lever 44 leads to a shearing of the parallelogram formed by the levers 42, 43 and thus to a parallel lifting movement of the mounting bracket 41. Here, the first front 21 coupled to it experiences a lifting movement in the horizontal direction without being tilted or pivoted . The first front 21 is therefore always parallel to the longitudinal extent of the guide profile 31 in every position, that is, the parallelogram formed by the levers 42, 43 enables angle-stable parallel guidance. Through the spring 45 is the parallel guide 40 in the in Figure 3a position shown, in which the fronts 21, 22 are flush with one another, prestressed. By pulling on the pull cable 61, the pivoting lever 44 is first pivoted against the tensile force of the spring 45, whereupon the parallel guide 40 moves into the Figures 2b and 3b position shown, in which the first front 21 is moved behind the second front 22 into a parallel, vertically offset position. A stop 323, preferably with a damping cap, preferably consisting of a soft component, is arranged on the trolley 32, against which the first front 21 gently strikes. The weight force that the arrangement of trolley 32, parallel guide 40 and front 21 experiences is greater than the force that is required to move the parallel guide 40 and to extend the spring 45. Therefore, the trolley 32 is raised by another pull on the pull rope 61 only after the in Figures 2b and 3b shown condition is reached. Conversely, when the first front 21 is lowered again, the first front 21 is pushed back into the starting position only after the trolley 32 has been completely lowered at the end of the guide track 31. The pull cable 61 therefore actuates both the parallel guide 40 and the sliding guide 30, which automatically controls the sequence of movements.

How Figure 3c shows, of the four rollers 321 used in the trolley 32, the two middle rollers are provided with eccentric adjusters 322. In terms of force, the upper roller 321, which points forward when installed, and the lower roller 321, which points backwards when installed, are particularly loaded. The two middle 321, arranged between the above-mentioned rollers, serve to arrange the roller carriage 32 in the guide profile 31 without play. The eccentric adjusters 322 allow the position of these rollers 321 to be adjusted laterally. Alternatively, at least one elongated hole can be formed in the roller carriage 32 in order to adjust the roller in question as required to be able to adjust to minimize play.

In Figure 2c the first front 21 is moved completely behind the second front 22 in a second movement section. In this state, an upper edge of the first front 21 then hits a driver 53 connected to the second front 22 (cf. Figure 4b ) at. The second front 22 is also mounted vertically upwards via a lifting guide 40, with details of this storage in connection with Figures 4a and 4b be shown in more detail. The striking of the first front 21 on the driver 53 coupled to the second front 22 leads to a coupling of the two fronts 21, 22. The on this This coupled arrangement of the fronts 21, 22 is also referred to below as a “slide-together door 20” or as a “front package 20”.

By coupling the two fronts 21, 22, a further method in a third upward movement section of the first front 21 results in the second front 22 being moved together with the first front 21. The entire front package 20 thus carries out a linear displacement movement upwards in the vertical direction, as shown in Figure 2d is shown.

As in connection with Figure 1f explained, a subsequent pivoting movement is provided, through which the front package 20 is pivoted with its upper edge backwards over the body 10. According to the invention, instead of a pure lifting guide 50, a combined lifting / swiveling guide is used.

In addition to the sliding guide 30, further guide elements can be provided which serve to guide the two fronts 21, 22 towards one another. For example, a guide finger 221 can be attached to the second front 22, which slides in a groove 312 provided for this purpose in the guide profile 31 (cf. Figure 6 ). Further guide elements can be formed by roller holders with an inserted roller that can be rotated about a horizontal axis. The roll holders are mounted on the inside of the second front, preferably glued, and run with their roll on the surface of the first front.

In the Figures 4a and 4b Isometric rear views of the furniture are shown. A rear wall is removed, as is the top panel 13, so that the lifting guide 50 mounted on the intermediate floor 14 can be seen in an oblique view from behind and above. The Figure 4a shows the door 20 in the closed and the Figure 4b in the open position.

The lifting guide 50 has a scissor mechanism 51 for lifting guidance, which comprises two scissor arms 511, 512 arranged crossed. The scissor arms 511, 512 are connected to one another in the middle in a scissor joint 513.

On one side each, in the Figures 4 on the left side, the scissor arms 511, 512 are mounted in a lower or upper pivot bearing 514 and on the other side in a lower or upper pivot and sliding bearing 515. In the Figures 4b are only the lower pivot bearing 514 or the lower pivot and sliding bearings 515 can be seen, with which the scissor arms 511, 512 the intermediate floor 14 are stored. The invisible upper bearings are arranged on the two middle drivers 53 already mentioned, which are fixed together with the two outer drivers 53 on the second front. By linking the two scissor arms 511, 512 to the pivot bearings 514 and the pivot and sliding bearings 515, a scissor mechanism is created which ensures that the door, i.e. the common front package 20, is moved upwards in parallel and cannot be moved laterally. A cover plate 52 is also arranged on the top sides of the drivers 53 in order to cover the components underneath.

Finally, it should be noted that the lifting guide 50 of the furniture fitting can also be designed with a different lifting mechanism than the scissor mechanism 51 shown. In the embodiment according to the invention, in which a combined lifting and pivoting guide is provided, a sequence control can be implemented which blocks a pivoting movement until the lifting movement is completed.

The Figures 4a and 4b also show an electric drive 60 mounted on the intermediate floor for actuating the furniture fitting. In the electric drive 60, the two pull cables 61, which are attached to the pivoting levers 44 of the parallel guides 40, are wound synchronously, with both pull cables 61 having an identical retraction behavior in terms of speed and distance. The pull ropes 61 are each guided over several deflection rollers 62 and then run freely within the guide profile 31 until they are articulated on the pivot levers 44.

In Figure 5 the arrangement of the deflection rollers 62 is shown in an isometric detailed view. The fronts 21, 22 and the lifting guide 50 are removed for this purpose.

Figure 6 finally shows a top view of the corner area of the furniture. The fronts 21, 22 are shown here; only the cover plate 52 of the lifting guide 50 is removed in order to make the guide profile 31 visible. In this illustration, a c-shaped guide channel 311 of the guide profile 31 can be seen, in which the rollers 321 of the trolley 32 run. Furthermore, the previously mentioned groove 312 can be seen in a front area of the guide profile 31, in which the guide finger 221, which is attached to the second front 22, slides.

Reference symbols

10

Corpus

11

Side wall

111

recess

12

Floor

13

Topsoil

14

intermediate floor

15

Shelf

16

inner space

20

door

21

first surface element (first front)

211

Mounting strip

22

second surface element (second front)

221

Guide finger

30

Sliding guide

31

Leadership profile

311

Guide channel

312

Nut

32

Trolley

321

Roller

322

Eccentric adjuster

323

attack

324

upper section (cart)

40

Parallel guidance

41

Mounting bracket

412

upper section (mounting bracket)

42

lever

43

lever

431

Long hole

44

Swing lever

441

bolt

45

Energy storage

50

Stroke guidance

51

Scissor work

511,512

Scissor arm

513

Scissor joint

514

Pivot bearing

515

Pivot and sliding bearings

52

Cover plate

53

taker

60

electric drive

61

pull rope

62

pulley

Claims (16)

1. Arrangement of a furniture fitting and of a multi-part door (20) having at least a first panel element (21) and a second panel element (22), wherein the furniture fitting serves to carry out a sliding movement of the multi-part door (20) and comprises a sliding guide (30) for the first and second panel element (21) and a lifting guide (50) for the first and/or second panel element (22), as well as a parallel guide (40) via which the first panel element (21) is coupled to the sliding guide (30), and wherein

   - in a first movement section, the first panel element (21) is slidably guided relative to the second panel element (22) by the parallel guide (40) in a direction transversely to the surface extension of the first panel element (21);

   - in a second movement section, the first panel element (21) is guided in a linearly displaceable manner relative to the second panel element (22) by the sliding guide (30) in one direction of the surface extension of the first panel element (21); and

   - in a third movement section, the first panel element (21) is coupled to the second panel element (22) and both panel elements (21, 22) are jointly guided in a linearly displaceable manner by the sliding guide (30) and the lifting guide (50), characterized in that the lifting guide (50) is combined with a pivoting guide, so that in the third movement section or a subsequent fourth movement section, both panel elements (21, 22) are pivotably guided together.
2. Arrangement according to claim 1, wherein in the first movement section, the first panel element (21) is moved from an aligned orientation with the second panel element (22) into an orientation which is offset parallel to the rear relative to the second panel element (22).
3. Arrangement according to claim 1 or 2, wherein the sliding guide (30) has at least one guide profile (31) and a roller carriage (32) running therein with rollers (321).
4. Arrangement according to claim 3, wherein the parallel guide (40) has two levers (42, 43) which are aligned in parallel with respect to each other and which are each hinged to the roller carriage (32) and a mounting bracket (41), wherein the first panel element (21) is mountable on the mounting bracket (41).
5. Arrangement according to claim 4, wherein the parallel guide (40) has stops, by which the movement of the first panel element (21) is limited.
6. Arrangement according to claim 4 or 5, wherein further a pivot lever (44) is hinged on the roller carriage (32), which acts on at least one of the levers (43) which are aligned parallel with respect to each other and is pretensioned with an energy accumulator (45) in one direction.
7. Arrangement according to claim 6, wherein the pivot lever (44) engages with a bolt (441) in a slot (431) of the lever (43).
8. Arrangement according to claim 6 or 7, wherein a pull cable (61) is mounted on the pivot lever (44), wherein a traction on the pull cable (61) first pivots the pivot lever (44) against the pretension of the energy accumulator (45) until the first panel element (21) is offset parallel to the rear relative to the second panel element (22), and wherein a further traction on the pull cable (61) shifts the roller carriage (32) in the guide profile (31).
9. Arrangement according to one of the claims 1 to 8, wherein at least one driver (53) for the first panel element (21) for coupling the two panel elements (21, 22) is provided on the lifting guide (50) and/or on the second panel element (22).
10. Arrangement according to one of claims 1 to 9, wherein the lifting guide (50) has a scissor mechanism (51) with two scissor arms (511, 512).
11. Arrangement according to claim 4 and 10, wherein the scissor mechanism (51) can be mounted via a pivot bearing on a body (10) of a piece of furniture.
12. Arrangement according to claim 11, wherein a sequence control is provided to allow a pivoting of the scissor mechanism (51) only when the scissor mechanism (51) is extended.
13. Furniture, in particular a top cabinet, comprising a body (10) and a multi-part door (20), which has at least a first panel element (21) and a second panel element (22), characterized in that the panel elements (21, 22) are attached to the body (10) and guided thereon via a furniture fitting with a sliding guide (30), a parallel guide (40), a lifting guide (50) and a pivoting guide according to the arrangement according to one of the claims 1 to 12.
14. Furniture according to claim 13, in which the sliding guide (30) for the first panel element (21) is arranged in side walls (11) of the body (10) and in which the lifting guide (50) for the second panel element (22) is mounted on an intermediate floor (14) of the body (10), wherein the intermediate floor (14) is arranged in an upper region of the body (10).
15. Furniture according to claim 13 or 14, wherein an electric drive (60) acts via traction means on the furniture fitting.
16. Furniture according to claim 15, wherein the electric drive (60) acts on the parallel guide (40) and the sliding guide (30) via at least one pull cable (61).

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