EP3368734B1 - Guide assembly for sliding doors and cupboard unit - Google Patents

Description

The present invention relates to a guide arrangement for sliding doors, in particular for furniture, according to the preamble of claim 1.

The EP 1 253 274 discloses a guide rail on which sliding door elements are connected to one another by cables and are therefore movable in opposite directions. The sliding door elements are movable in the vertical direction and held on guide rails on opposite sides. However, such guide devices are not suitable for cabinet furniture with horizontally movable sliding doors, since the cable pull is arranged on the edge side in the plane of the guide roller axes of the sliding door elements within the side walls, with one strand running in front of the guide rollers and the other strand behind the axle ends and thus the strand length of the cable pull larger than the travel path must be designed. The strand located in front of the guide rail is also visible.

From the DE 299 16 772 U1 a sliding door guide arrangement is known for coupling three doors connected to one another by a control cable. When opening a side door, the middle door can be moved at half speed. A control cable is provided for coupling the doors, which is guided over pulleys. The deflection rollers are mounted on brackets, which are fixed on an inner wall of the sliding doors, so that the assembly and alignment of the sliding doors is complex.

A guide arrangement according to the preamble of claim 1 is known from JPH11166366A.

It is therefore an object of the present invention to provide a guide arrangement for sliding doors that enables simple assembly and is of a compact design.

This object is achieved with a guide arrangement for sliding doors with the features of claim 1, and a cabinet with the features of claim 10.

The guide arrangement according to the invention comprises a guide rail, along which at least two sliding doors can be moved, each sliding door is arranged over at least one guide part, the two sliding doors being coupled via the guide parts with a cable which is held parallel to the guide rail via two deflection rollers arranged on opposite sides, so that the two sliding doors are moved together in opposite directions to one another or from one another . As a result, the user can only operate one of the sliding doors, for example via a handle or a handle bar, in order to simultaneously move the other sliding door.

To fix the cable, a holder is arranged on the guide part, which can be fixed on the guide part and on which at least one fastening means for the cable is provided, which is movably fixed to the holder and is supported on a stop of the holder. As a result, the fastening means is fixed to the holder in a self-locking manner, and tensile forces from the cable can be transmitted to the holder at the stop via the fastening means. This relieves a connection means by means of which the fastening means is movably held on the holder. In addition, the fastener can be easily mounted on the holder.

The fastening means are pivotally held on the holder, a positive locking being achieved via the stop against pivoting by the force of the cable and an undercut, which can advantageously be non-positively secured in the counter-pivoting direction by additional designs of the connection. The securing in the counter-pivoting direction can be formed, for example, by a bolt or a screw.

The holder can have two receptacles for fasteners for the cable, so that two ends of the cable can be fixed to the holder. In addition, in the case of two receptacles, the holder can be formed symmetrically to a vertical center plane, so that it can be used for right and left guide parts on a sliding door.

For simple assembly, a sleeve with a slot can be provided on the fastening means, wherein the cable can be inserted into the sleeve through the slot. Then the fastening means and the holder can be preassembled on the guide part in order to then be subsequently coupled to the cable pull. In addition, a tensioning device for tensioning the cable can then be supported on the sleeve after assembly.

The fastening means is preferably designed as a plastic part. The holder preferably consists of a bent metal sheet which is essentially plate-shaped.

The cable can be designed to run essentially all the way around, the term "running around" also encompassing the composition of a plurality of sections to form a rotating cable. The two ends of the cable can preferably be fixed to one and the same guide part, for example two sections of the cable can have four ends and two ends can be fixed to a guide part so that the two guide parts are positively guided by the cable. The same fastening means for fixing the ends of the cable can be provided on the same guide part, different fastening means being used on the two guide parts, which simplifies assembly.

In a further embodiment of the invention, the sliding doors are each suspended from two guide parts, and the cable is fixed to the guide part facing the adjacent sliding door. As a result, the cable can be made comparatively short, since the guide parts are arranged close to one another in the closed position of the sliding doors and only the range of movement of the central guide parts has to be guided to one another or from one another by the cable.

For a simple assembly of the cable, a holder is provided for fixing to each guide part, which can be fixed to the guide part, for example, directly form-fitting via exhibited form elements, such as tongues and pins, or receiving form elements, such as perforations and undercuts, with corresponding form-fitting designs on Interacting guide part and / or indirectly via fasteners such as rivets, screws or pins.

The sliding doors are preferably held in a lower region via a sliding guide which extends parallel to the guide rail. The lower sliding guide is only exposed to lower forces, since the sliding doors are fixed on the top of the guide parts so that a sliding guide can be used instead of a roller guide.

According to a further aspect, a further holder is provided for fixing the cable pull on a first guide part, on which two end sections of the cable pull are fixed by means of loops, and on a second guide part two end sections of the cable pull are fixed on the fastening means by means of a tensioning device and the holder The tensioning device and the loops are arranged on different levels. This simplifies the assembly of the guide arrangement, since the sections of the cable can be fixed to the guide parts in a simple manner. In addition, it is avoided that the cable pull rubs or grinds against components during a movement, since it is tensioned all around parallel to the guide rail.

According to the present invention, cabinet furniture is provided with a corresponding guide arrangement for horizontally displaceable sliding doors. The cabinet furniture can have at least four sliding doors, two middle sliding doors being movable via a guide arrangement according to the invention and the two outer sliding doors being movable independently of one another along the guide rail. The two middle sliding doors can be moved in a first front level and the outer sliding doors in a second rear level, so that the depth of the guide for the sliding doors is small. When opening, a front sliding door can then be arranged in front of a rear sliding door, regardless of which of the coupled sliding doors has been moved in the opening direction.

The invention can also be used in room dividers instead of in cupboard furniture, in folding sliding doors or in rotating sliding doors.

Figuren 1 bis 3

mehrere Ansichten eines erfindungsgemäßen Schrankmöbels in unterschiedlichen Positionen;

Figur 4

eine Ansicht des Schrankmöbels der Figur 1 ohne Abdeckleiste;

Figur 5

eine Schnittansicht des Schrankmöbels im Bereich der oberen Führungsschiene in der Ebene der Mittelwand der Figur 3 mit Blick in Richtung der rechten vorderen Schiebetür, wobei das Führungsteil der rechten hinteren Schiebetür nicht dargestellt ist;

Figur 6

eine Ansicht von unten auf die Führungsanordnung der mittleren Schiebetüren, wobei die Führungsschiene und der Oberboden zur besseren Anschaulichkeit nicht dargestellt sind;

Figur 7

eine perspektivische Ansicht der mittleren Führungsteile der Führungsanordnung der Schiebetüren;

Figuren 8A und 8B

zwei perspektivische Ansichten der mittleren Führungsteile der Führungsanordnung;

Figur 9

eine perspektivische Explosionsdarstellung der mittleren Führungsteile der Führungsanordnung;

Figuren 10A bis 10E

mehrere Ansichten eines Halters für ein Führungsteil;

Figuren 11A und 11B

zwei Ansichten des Halters mit Befestigungsmitteln eines ersten Ausführungsbeispiels bei der Montage eines Seilzuges;

Figuren 11C und 11D

zwei Ansichten des Halters mit Befestigungsmitteln eines zweiten Ausführungsbeispiels bei der Montage eines Seilzuges;

Figur 12

eine Ansicht des Halters mit Befestigungsmitteln eines ersten Ausführungsbeispiels der Figur 11, teilweise im Schnitt, in der montierten Position;

Figuren 13A und 13B

zwei Ansichten eines modifizierten Halters mit Befestigungsmitteln eines dritten Ausführungsbeispiels für eine Führungsanordnung;

Figur 14A

eine Explosionsdarstellung des Halters der Figur 13;

Figur 14B

eine Ansicht des Halters der Figur 13, teilweise im Schnitt, in der montierten Position;

Figur 15

eine perspektivische Ansicht der mittleren Führungsteile einer modifizierten, nicht erfindungsgemäßen Führungsanordnung für Schiebetüren;

Figur 16

eine Ansicht der Halter mit Befestigungsmitteln der Führungsanordnung der Figur 15; und

Figuren 17A bis 17C

mehrere Detailansichten der Führungsanordnung der Figuren 15 und 16.

The invention is explained in more detail below using several exemplary embodiments with reference to the accompanying drawings. Show it:

Figures 1 to 3

several views of cabinet furniture according to the invention in different positions;

Figure 4

a view of the cabinet furniture of the Figure 1 without cover strip;

Figure 5

a sectional view of the cabinet furniture in the area of the upper guide rail in the plane of the central wall of the Figure 3 looking towards the right front sliding door, the guide part of the right rear sliding door is not shown;

Figure 6

a bottom view of the guide arrangement of the middle sliding doors, the guide rail and the top floor are not shown for better clarity;

Figure 7

a perspective view of the middle guide parts of the guide arrangement of the sliding doors;

Figures 8A and 8B

two perspective views of the middle guide parts of the guide arrangement;

Figure 9

a perspective exploded view of the middle guide parts of the guide arrangement;

Figures 10A to 10E

several views of a holder for a guide part;

Figures 11A and 11B

two views of the holder with fasteners of a first embodiment when installing a cable;

Figures 11C and 11D

two views of the holder with fasteners of a second embodiment when installing a cable;

Figure 12

a view of the holder with fasteners of a first embodiment of the Figure 11 , partly in section, in the assembled position;

Figures 13A and 13B

two views of a modified holder with fastening means of a third embodiment for a guide arrangement;

Figure 14A

an exploded view of the holder of the Figure 13 ;

Figure 14B

a view of the holder of the Figure 13 , partly in section, in the assembled position;

Figure 15

a perspective view of the middle guide parts of a modified guide arrangement for sliding doors not according to the invention;

Figure 16

a view of the holder with fasteners of the guide assembly of Figure 15 ; and

Figures 17A to 17C

several detailed views of the guide arrangement of the Figures 15 and 16 .

A piece of cupboard furniture 1 comprises a furniture body 2, on the front of which sliding doors 3, 4, 5 and 6 are provided, which cover an upper floor 16 of the furniture body 2 on the front. A cover 17 is also mounted on the top floor 16 and has a shorter depth than the top floor 16.

In Figure 2 the outer sliding doors 3 and 6 have been opened slightly so that an interior 7 of the furniture body 2 is partially accessible. The outer sliding doors 3 and 6 can be moved independently of one another and can be moved in one plane behind the middle sliding doors 4 and 5.

In Figure 3 the middle sliding doors 4 and 5 were each moved in opposite directions to the outside, so that the interior space 7 behind them, which is divided by a middle body middle wall 2a, is accessible for use. With a correspondingly stiffer design of the furniture body 2, and with a suitable interior of the cabinet furniture 1, it is also possible that the central body wall 2a can be omitted. The sliding doors 4 and 5 can be moved in front of the outer sliding doors 3 and 6 and via a cable coupled in such a way that the sliding doors 4 and 5 are each moved in opposite directions.

In Figure 4 the cabinet furniture 1 is shown without the cover 17 on the upper floor 16, and it can be seen that the middle sliding doors 4 and 5 are held on middle guide parts 8 and 9, which are designed as running parts, so as to be movable on a guide rail 13. In Figure 4 only one guide part 8 or 9 is shown for each sliding door 4 or 5, but at least two guide parts are provided in order to hold the sliding doors 4 or 5 movably on the guide rail 13. Only the adjacent guide parts 8 and 9 are relevant for coupling the movement of the sliding doors 4 and 5 and are therefore described in more detail. At the top of the top floor 16, a cable 10 is tensioned, which is fixed to the guide parts 8 and 9 and is then guided on opposite sides via deflection rollers 11 and 12 which are arranged in the region of the outer sliding doors 3 and 6. The guide parts 8 and 9 are positively guided via the cable 10.

In Figure 5 the guide part 9 fixed to the sliding door 5 is shown, with which the middle sliding door 5 is held on the guide rail 13. The guide part 9 has a roller 27 which is guided in a rear guide track 14 of the guide rail 13. In an adjacent front guideway 15, rollers for the guide parts, not shown here, of the outer sliding doors 3 and 6 are held in a movable manner. The rear guideway 14 serves to guide the middle sliding doors 4 and 5. The guide rail 13 has a web 19 projecting forward, which is underneath by an anti-lift device 18 on the guide part 9, so that the guide part 9 prevents the guide part from being lifted and removed 9 is secured by the guide rail 13. The guide rail 13 is fixed with an angular section to an upper floor 16 of the furniture body 2. The sliding doors 3, 4, 5 and 6 cover an end edge of the upper floor 16, so that the guide rail 13 is only visible in the open position.

A spacer 26, on which the plate-shaped cover 17 is supported, is arranged on the top floor 16. The cover 17 engages over the top of the sliding doors 3, 4, 5 and 6 with a certain gap for the passage of the guide parts 8, 9, which extend over the top of the rear sliding doors 3, 6, so that they move when the front sliding doors 4, 5 do not collide with the rear sliding doors 3, 6.

The deflecting roller 12 used to deflect the cable 10 is rotatably mounted on the upper floor 16 on an axis which is oriented transversely to the direction of displacement of the sliding doors and transversely to the upper side of the upper floor 16. The cable 10 is fixed to the guide part 9 via a holder 30.

The device for synchronizing the movements of the middle sliding doors 4 and 5 is in Figure 6 shown in a bottom view, the guide rail 13 and the top floor 16 are not shown for better clarity. The cable 10 comprises a first section with a loop 22 which engages around a bolt 21 which is arranged on a holder 20, which is fixed to the guide part 8 by means of screws 25, on the underside of the latter, is then guided around the deflection roller 11 and then is fixed at one end to the holder 30, which is fixed to the guide part 9 by means of screws 25, via a fastening means 31. A second section of the cable is fixed at the end to the holder 30 of the guide part 9 via a further fastening means 31 and then guided around the deflection roller 12 and fixed at the end to the holder 20 on the further bolt 21. Two ends of the cable are therefore each fixed to the same guide part 8 or 9, so that the cable 10 is guided all around. With a symmetrical arrangement of the bolts 21 and the fastening means 31 and the fixing of the guide parts 8 and 9 on the sliding doors 4 and 5, each with the same distance from the door side edge, two cable sections of the same length can be used, which do not require any additional cable guide elements and can be advantageously mounted. It is also possible to use a single continuous cable 10 instead of the two cable sections, in which case the strand arranged in the direction of the sliding doors 4, 5 could be frictionally fixed, for example on the holder 20.

While in Figure 6 the guide parts 8 and 9 are shown from below Figure 7 the guide parts 8 and 9 obliquely from above with a view of the upper floor 16. A holder 20 is fixed to the guide part 8, on the underside of which two bolts 21 are arranged, each of which is encompassed by a loop 22 of the cable 10. Each loop 22 is secured by a clamping element 23, so that the cable 10 is fixed on the holder 20, but there is no possibility of adjustment.

On the other guide part 9, a holder 30 is fixed, which has fastening means 31 with an adjustment option for tensioning the cable 10. Two ends of the cable 10 are fixed to this holder 30 via the fastening means 31 and the tensioning device. The fastening means 31 are in one another vertical plane parallel to the guide rail 13, and also arranged in a different horizontal plane parallel to the guide rail 13 as the loops 22 on the guide part 8, the cable 10 being guided in a loop. As a result, the strand arranged in the direction of the sliding doors 4, 5 can be guided past the holder 30 without contact and the other strand arranged away from the sliding doors can also be guided past the holder 20 without contact. The terms "horizontal" and "vertical" refer to the illustrated embodiment and can of course be modified when guiding vertically movable sliding doors.

In the Figures 8A and 8B the guide parts 8 and 9 are shown without cable 10. The holder 30 is fixed on the guide part 9, on which fastening means 31 for tensioning the cable 10 are held. On the holder 20, bolts 21 are provided on the underside for fixing the loops 22.

As in Figure 9 is shown, the holders 20 and 30 have the same basic shape and are made from a stamped and stepped bent sheet metal. The brackets 20 and 30 are each cut out in a U-shape, the two legs of the brackets 20, 30 being fixed to an upper side of the middle leg of the curved guide parts 8 and 9 by means of screws 25 or rivets or other fastening means. Between the legs of the U-shaped holder 20 and 30, the anti-lift device 18 is slidably held on the guide parts 8 and 9.

Of course, the holders 20, 30 can also be fixed in some other way to the running parts 8, 9, such as by material bonding, in particular gluing or welding, by form locking, by force locking or a combination thereof, in particular stamping techniques or clipping. It is also conceivable to manufacture the holders 20, 30 from a plastic, which can then preferably be fixed to the running parts 8, 9 by clipping.

Two openings 24 are provided on the holder 20 for inserting a portion of the bolts 21 so that they protrude from the bottom or top of the holder 20 and can fix the cable 10.

Fastening means 31 are fixed on the holder 30 and are fixed by a screw 32. Alternatively, it is conceivable for the fastening means 31 to be tool-free by clipping to the holder 30, which would not require a screw 32, as shown in the Figures 13 and 14 is shown.

The holder 30 and the assembly of the fastening means 31 are in the Figures 10A to 10E shown in detail. The holder 30 has, on the side facing away from the guide part 9, two mirror-symmetrically designed recesses 34, on each of which a semicircular undercut is designed mirror-symmetrically in the direction of the plane of symmetry, into which a corresponding projection 37 of the fastening means 31 can be inserted. The two fastening means 31 for fixing one end of the cable 10 are mirror-symmetrical, so that the same reference numerals have been used. Each fastening means 31 comprises a receptacle 35, into which a web-shaped section 33 of the holder 30 can be inserted. Openings for screwing in a screw 32 are each formed on the web-shaped section 33 and the receptacle 35. The fastening means 31 is inserted with the projection 37 into the semicircular undercut and then inserted by pivoting onto the section 33 with the receptacle 35, a nose on the projection 37 engaging over the top of the holder 30 and an edge overlapping the underside of the holder 30. The fastening means 31 is thus pivoted in the plane of the holder around the undercut of the recess 34 and the screw 32 only serves to secure this position. When the web-shaped section 33 is pivoted into the receptacle 35, the projection 37 lies in the recess 34, and the stops 36 bear positively on the section 33 of the holder 30. If the cable pulls a force to the outside, the undercut and the stop 36 arranged in the direction of the plane of symmetry prevent the fastening means 31 from pivoting because of the eccentric force application that occurs on the sleeve 38, so that the fastening means 31 is self-locking on the holder 30 is fixed. The fastening means 31 also has a sleeve 38 with a slot 39 for inserting the cable 10.

The assembly of the cable on the holder 30 is in the Figures 11A and 11B shown, wherein in Figure 11A the assembled position is shown. First of all, a fastening means 31 is fixed to the holder 30 by means of a screw 32. On this fastening means 31, the cable 10 is then inserted into the sleeve 38 through the slot 39, which is fixed to a clamping element 40 and can be moved relative to the sleeve 38 via an adjusting element 41 or a spring in order to tension the cable 10. Other adjustment mechanisms can also be used. Then a fastener is on the opposite side 31 fixed to the holder 30 and the clamping element 40 and the adjusting element 41 supported on the sleeve 38.

The Figures 11C and 11D show a further embodiment of the assembly with a modified fastener 31 ", which can also be assembled. The fastener 31" differs from the first embodiment only by a cover surface above the projection 37, so that the recess 34 is covered after assembly. The fastening means 31 ″ can thus also be mounted on the holder 30, as described above.

In Figure 12 the fully assembled position on the holder 30 is shown, wherein it can be seen that in the event of a tensile load on the cable 10, the undercut and stop 36 ensure that the fastening means 31 cannot pivot about the axis of the screw 32. Furthermore, it is shown that a sleeve 42 is arranged on the clamping element 40, which has a smaller diameter, wherein an adjusting element 41 is plugged onto the sleeve 42, and the sleeve 42 can be inserted into the sleeve 38 to the cable 10 on the Fixing means 31 to fix. To secure the fastening means 31, a latching means can also be formed on the projection 37, which engages with the recess 34 on the holder 30 in order to also provide holding forces for the fastening means 31 at this point. Under the force of the cable 10, the fastening means 10 thus independently hold the forces, and the screw 32 serves largely only as a backup in the no-load state.

In the Figures 13A and 13B A modified embodiment of the holders 20 'and 30' is shown, which can be fixed on the guide parts 8 and 9. On the holder 20 ', a holding element 21' with a projection is fixed to a recess 34 ', a loop 22 of one end of the cable 10 being arranged around the projection. As a result, the end of the cable 10 is fixed to the holder 20 ', two ends being fixed to the holder 20'.

Fastening means 31 'which are fixed in a recess 34 are fixed to the modified holder 30'. The fastening means 31 'has a sleeve 38 with a slot 39 for the passage of the cable 10, as was also the case in the previous exemplary embodiments. The cable pull 10 is fixed to the sleeve-shaped section 38 via a clamping element 40 and an adjusting element 41. The fastener 31 is not, however, additional secured by a screw, but can be clamped and / or latched to the recess 34 'on the holder 30', the locking lug on the holder 30 'engaging behind the contour of the projection 37', which in the sectional view of the Figure 14B can be seen. The holding elements 21 'on the holder 20' are also clamped and / or locked on the holder 20 'in the recess 34'.

In the Figure 15 A modified device, not according to the invention, for synchronizing the movements of the middle sliding doors 4 and 5 is shown. A holder 20 ′ ″ is provided on the guide part 8 for fixing the cable 10, on which two end sections of the cable 10 are each fixed with a loop 22 to a holding element 21 ″. Each loop 22 is secured by a clamping element 23. On the other guide part 9, a holder 30 '' is provided, which has two integrally formed sleeves 31 ''', each of which is used to support a tensioning device for fixing the cable 10. Each tensioning device comprises a clamping element 40 fixed to the cable 10 and an elastic adjusting element 41, in particular a spring, which is supported on the sleeve 31 ''.

In Figure 16 and the detailed views of the Figures 17A to 17C the two holders 20 '"and 30'" are shown without the guide parts 8 and 9. Two cutouts are provided on the holder 20 ′ ″, each of which shows an integrally formed holding element 21 ′ ″ for the loop 22. To fix one end of a cable 10, a loop 22 is guided around the holding element 21 '", which is located in the plane of the plate-shaped holder 20'", so that a particularly flat structure is present. The holding elements 21 '"are chamfered or rounded at least on the contact edges to the loops 22, which is shown in Figure 17C is shown in order to avoid damage to the cable 10. The holding elements 21 '' and the loops 22 are arranged in a different vertical plane but essentially in the same horizontal plane as the sleeves 31 '', so that the cable pull 10 is loop-shaped in plan view.

In the exemplary embodiments shown, the guide arrangement for guiding the middle sliding doors 4 and 5 is used on cabinet furniture 1. It is also possible to provide the guide arrangement with more than four doors instead of one cabinet unit 1 with four doors. In addition, the guide arrangement can also be used in a room divider or on an intermediate wall will. Furthermore, the guide arrangement can be used to guide vertical sliding doors on furniture or room dividers.

Reference list

1

Cupboard furniture

2nd

Furniture body

2a

Body middle wall

3rd

sliding door

4th

sliding door

5

sliding door

6

sliding door

7

inner space

8th

Guide part

9

Guide part

10th

Cable

11

Pulley

12th

Pulley

13

Guide rail

14

Guideway

15

Guideway

16

Topsoil

17th

cover

18th

Anti-lift device

19th

web

20, 20 ', 20 ", 20'"

holder

21

bolt

21 '

Holding element

21 '"

Holding element

22

loop

23

Clamping element

24th

opening

25th

Screws

26

Spacers

30, 30 ', 30 ", 30'"

holder

31

Fasteners

31 '

Fasteners

31 '"

Sleeve

32

screw

33

section

34.34 '

Recess

35

admission

36

attack

37

head Start

38

Sleeve

39

slot

40

Clamping element

41

Adjustment element

42

pen

Claims (12)

1. Guide assembly for sliding doors (4, 5), in particular for furniture, comprising a guide rail (13) along which at least two sliding doors (4, 5) are movably held, wherein each sliding door (4, 5) is movable via at least one guide part (8, 9) of the guide assembly on the guide rail (13), and the two sliding doors (4, 5) are coupled to a control cable (10) of the guide assembly via the guide parts (8, 9), wherein the control cable (10) is movably held substantially parallel to the guide rail (13) via at least two deflecting rollers (11, 12) arranged on opposite sides, whereby for fixing the control cable (10) on one of the guide parts (8, 9) a holder (30, 30') is provided which is fixable to the guide part (8, 9) and is provided at the at least one fastening means (31, 31', 31") for the control cable, which is movably fixed to the holder (30, 30') and is supported at least on a stop (36) of the holder (30, 30'), characterized in that the fastening means (31, 31') is pivotably mounted on the holder (30, 30') whereby through the stop (36) and an undercut at the holder (30, 30') an interlocking safety is provided against pivoting through the force of the control cable (10).
2. Guide assembly according to claim 1, characterized in that the fastening means (31) is mounted rotatably about an axis on the holder (30).
3. Guide assembly according to claim 1 or 2, characterized in that the holder (30, 30') has two recesses (34, 34') for one respective fastening means (31, 31') for the control cable (10).
4. Guide assembly according to claim 3, characterized in that the two receptacles (34) on the holder (30, 30') are arranged symmetrically to a vertical center plane.
5. Guide assembly according to one of the preceding claims, characterized in that a sleeve (38) with a slot (39) is provided on the fastening means (31, 31'), and the control cable (10) is insertable for mounting through the slot (39) into the sleeve (38).
6. Guide assembly according to claim 5, characterized in that a clamping device (40, 41) for tensioning the control cable (10) is supported on the sleeve (38).
7. Guide assembly according to one of the preceding claims, characterized in that latching means are provided on the fastening means (31, 31'), by means of which the fastening means can be latched in the mounted position on the holder.
8. Guide assembly according to one of the preceding claims, characterized in that the control cable (10) is formed substantially circumferentially and the control cable (10) has two sections with four ends and two ends each are fixed to a guide part (8, 9).
9. Guide assembly according to one of the preceding claims, characterized in that the sliding doors (4, 5) are each held on two guide parts of the guide assembly and the control cable (10) is fixed in each case to the guide part (8, 9) facing the adjacent sliding door (4, 5).
10. Cupboard unit (1) having a guide assembly according to one of the preceding claims.
11. Cupboard unit according to claim 10, characterized in that the cupboard unit (1) comprises at least four sliding doors (3, 4, 5, 6) and two middle sliding doors (4, 5) are movable via a guide assembly according to one of claims 1 to 10 and the two outer sliding doors (3, 6) are movable independently from each other along the guide rail (13).
12. Cupboard unit according to claim 11, characterized in that the two middle sliding doors (4, 5) are movable in a front plane and the outer sliding doors (3, 6) in a rear plane and a front sliding door (4, 5) is arranged in front of a rear sliding door (3, 6) in an open position.

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