EP1893836B1 - Furniture hinge - Google Patents

Abstract

A furniture hinge including a carcass hinge part ( 2 ) that can be fastened to a furniture carcass ( 1 ), a door leaf hinge part ( 3 ) that can be fastened to a door leaf ( 3 ), and at least one articulated lever ( 5, 6 ) for the articulated connection of the carcass hinge part ( 2 ) to the door leaf hinge part ( 4 ), with the articulated lever ( 5, 6 ) being connected to a hinge arm ( 11 ) of the carcass hinge part ( 2 ) such that it can pivot around a pivot axis ( 7, 9 ). The hinge arm ( 11 ) is adjustable for the depth adjustment of the door leaf ( 3 ) in reference to the furniture carcass ( 1 ) in a direction of its longitudinal direction in reference to a retaining part ( 16 ) of the carcass hinge part ( 2 ) via an eccentric ( 14 ) acting between the hinge arm ( 11 ) and the retaining part ( 16 ), with its pivot axis ( 23 ) being aligned parallel in reference to the pivot axis ( 7, 9 ) of at least one articulated lever ( 5, 6 ).

Description

The invention relates to a furniture hinge with a fastened to a furniture body carcass hinge part, attachable to a door leaf hinge part and at least one hinge lever for pivotally connecting the carcass hinge part with the door hinge part, wherein the hinge lever pivotable about a pivot axis with a band arm the body hinge part is connected and the band arm for depth adjustment of the door relative to the furniture body in the direction of its longitudinal extension relative to a holding part of the body hinge part is adjustable, wherein the band arm relative to the holding part for depth adjustment by means of an acting between the band arm and the holding part eccentric is adjustable ,

For depth adjustment of a furniture hinge, it is known to adjust the band arm of the carcass hinge part, on which the at least one articulated lever of the furniture hinge is pivotally mounted, relative to a holding part of the carcass hinge part in the longitudinal direction of the band arm. For this purpose, in a conventional hinge of the type mentioned a clamping screw which passes through a longitudinal slot in the band arm and is screwed into a threaded bore of the holding part, dissolved and tightened again after the desired adjustment of the band arm. The disadvantage here is that the door must be kept in the set position of the band arm with the clamping screw open, until the clamping screw has been tightened again. For example, the holding part is designed as a clip part, which can be clipped onto a clip receiving part of a mounting plate (= a mounting bracket) of the furniture hinge. A mounting plate and a clip part, which are formed in this way, are for example in the DE 299 02 768 U1 described.

The EP 1 028 213 B1 shows a further furniture hinge, in which the depth adjustment of the band arm in the direction of its longitudinal extension relative to a holding part is adjustable. For lateral adjustment (support adjustment), the angular position of the band arm is adjustable by means of a set screw relative to a first intermediate plate. The first intermediate plate is guided longitudinally displaceable for depth adjustment on a second intermediate plate and fixed relative thereto by means of a fastening screw which passes through a slot in the first intermediate plate and can be screwed into a threaded bore of the second intermediate plate.

Other furniture hinges in which two parts of the body hinge part are mutually displaceable for depth adjustment in the longitudinal direction of the band arm and can be fixed by means of clamping screws, are from the DE 203 06 716 U1 . DE 20 2004 013 401 U1 and EP 1 236 853 A2 known. In the furniture hinges of DE 203 06 716 U1 and EP 1 236 853 A2 Furthermore, a height adjustment by means of an eccentric or a cam takes place. When the furniture hinge of DE 20 2004 013 401 U1 Furthermore, a lateral adjustment (support adjustment) by means of an adjusting screw, by means of which two parts of the mounting plate are pivoted to each other.

From the DE 201 20 238 U1 Furthermore, a mounting plate of a furniture hinge is known, which has first and second eccentric means of which a clip receiving part relative to a Anschraubplatte in mutually perpendicular directions is adjustable to perform a depth adjustment and height adjustment. On the Clipsaufnahmeteil a connected to the band arm of the carcass hinge part clip part is clipped. The eccentric screw for depth adjustment is arranged between two side webs of the clip part and its axis of rotation is aligned at right angles to the contact plane of the carcass hinge part on the furniture body. For adjustment by means of a corresponding screwdriver corresponding openings must be provided in the clip part and the band arm and the space between these openings and the eccentric must be kept free so that the eccentric remains accessible. The already scarce space for installations in the carcass hinge part is further limited. Sufficient room in the carcass hinge part would be desirable to incorporate, for example, damper cylinders or spring mechanisms in the carcass hinge part.

The EP 1 288 416 shows a generic furniture hinge with an eccentric for depth adjustment.

The object of the invention is to provide a hinge adjustable in a simple manner of the type mentioned, in which a corresponding space for internals can be kept free in the carcass hinge part. According to the invention, this is achieved by a furniture hinge with the features of claim 1.

The invention enables a simple depth adjustment, wherein space can be kept free for internals in the carcass hinge part.

In a preferred embodiment of the invention, a further eccentric is provided for lateral adjustment (= support adjustment) of the door relative to the furniture body, by means of which the band arm is adjustable relative to the holding part, wherein the axis of rotation of this further eccentric is also parallel to the pivot axes of the at least one articulated lever. By means of this further eccentric of the band arm can be pivoted relative to the holding part of the body hinge part about a pivot axis which is parallel to the pivot axis of the further eccentric, that is parallel to the pivot axes of the at least one articulated lever. In this way is also a simple lateral adjustment allows, in the carcass hinge part turn space for internals can be kept free.

Advantageously, the space kept free in the carcass hinge part can extend from the end facing the door leaf hinge part over a major part of the longitudinal extension of the carcass hinge part.

Preferably, the band arm is displaceably guided relative to the holding part by at least one pin, which protrudes into an elongated hole extending substantially in the direction of the longitudinal extent of the band arm. The at least one pin may be mounted on the holding part or on the band arm and the slot may be arranged on the other of these two parts.

Fig. 1

ein Ausführungsbeispiel eines erfindungsgemäßen Möbelscharniers im montierten- Zustand bei geschlossenem Türflügel, in Seitenansicht;

Fig. 2

eine Schrägsicht des montierten Möbelscharniers von Fig. 1;

Fig. 3

das Möbelscharnier von Fig. 2 bei einer veränderten Einstellung für die Tiefenver- stellung;

Fig. 4

das Möbelscharnier von Fig. 2 bei einer veränderten Stellung für die Lateralverstel- lung;

Fig. 5

das Möbelscharnier von Fig. 2, wobei das Korpus-Scharnierteil in Längsrichtung aufgeschnitten dargestellt ist;

Fig. 6

eine Darstellung entsprechend Fig. 5 im geöffneten Zustand des Türflügels;

Fig. 7

und 8 Schrägsichten des Möbelscharniers im geschlossenen und geöffneten Zu- stand;

Fig. 9

das Möbelscharnier in Schrägsicht, wobei Teile des Korpus-Scharnierteils explosi- onsartig auseinandergezogen dargestellt sind;

Fig. 10

eine Darstellung entsprechend Fig. 9 im geöffneten Zustand des Möbelscharniers;

Fig. 11

eine etwas modifizierte Ausführungsform eines Exzenters;

Fig. 12

eine weitere Ausführungsform eines Möbelscharniers gemäß der Erfindung im montierten Zustand bei geschlossenem Türflügel, in teilweise aufgerissener Seiten- ansicht;

Fig. 13

eine Schrägsicht des Korpus-Scharnierteils des Möbelscharniers von Fig. 12, wobei Teile des Korpus-Scharnierteils explosionsartig auseinandergezogen dargestellt sind.

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

Fig. 1

an embodiment of a furniture hinge according to the invention in the assembled state with the door closed, in side view;

Fig. 2

an oblique view of the mounted furniture hinge of Fig. 1 ;

Fig. 3

the furniture hinge of Fig. 2 at a changed setting for the depth adjustment;

Fig. 4

the furniture hinge of Fig. 2 in a changed position for lateral adjustment;

Fig. 5

the furniture hinge of Fig. 2 wherein the carcass hinge part is shown cut longitudinally;

Fig. 6

a representation accordingly Fig. 5 in the opened state of the door leaf;

Fig. 7

and 8 oblique views of the furniture hinge in the closed and opened state;

Fig. 9

the furniture hinge in oblique view, with parts of the carcass hinge part are shown exploded exploded;

Fig. 10

a representation accordingly Fig. 9 in the open state of the furniture hinge;

Fig. 11

a slightly modified embodiment of an eccentric;

Fig. 12

a further embodiment of a furniture hinge according to the invention in the mounted state with the door closed, in partially torn side view;

Fig. 13

an oblique view of the body hinge part of the furniture hinge of Fig. 12 , Parts of the carcass hinge part are shown exploded exploded.

A first embodiment of the invention is in the Fig. 1 to 10 shown. The furniture hinge comprises a carcass hinge part 2 which can be fastened to a furniture carcass 1, a door leaf hinge part 4 which can be fastened to a door leaf 3 of the furniture, and articulated levers 5, 6 which are each mounted about parallel pivot axes 7, 8; 9, 10 pivotally on the one hand with a band arm 11 of the body hinge part 2, on the other hand with the door leaf hinge part. 4 are connected. Such furniture hinges with two articulated levers 5, 6 are known. The invention is not limited to a specific number of articulated levers. For example, one or more pivoted on the band arm 11 of the body hinge part 2 mounted articulated levers 5, 6 could be pivotally connected to one or more other articulated levers, which in turn are pivotally mounted on the door hinge part 4.

The door hinge part 4, for example, as shown in the form of a conventional hinge cup may be formed, which projects into a recess in the door leaf 3 and laterally projecting mounting flanges 12, 13 having screw holes for screwing the door hinge part 4 on the door leaf 3.

The furniture hinge may be self-closing in a conventional manner by means of a spring device (over a final portion of its closing movement). A damping device not shown in the figures for damping the closing movement may be present.

In the embodiment according to the Fig. 1 to 10 the band arm 11 of the body hinge part 2 by means of a first and a second eccentric 14, 15 relative to a holding part 16 of the body hinge part 2 adjustable, which is fastened by means of a screw on the furniture body 1. The mounting member 16 thus forms in this embodiment a part of a so-called mounting plate or a so-called mounting bracket 18. The mounting plate 17 has a lying in a bearing plane 20 of the body hinge part 2 contact surface 19, mit.der it can be applied to the furniture body 1. For screwing on the furniture body 1 screw holes 21 are present.

The first between the band 11 and the holding member 16 acting eccentric 14 is used for depth adjustment of the door leaf 3 relative to the furniture body 1. For this purpose, the band arm 11 is adjusted in the direction of its longitudinal extension relative to the holding part 16. Here, the door leaf 3 adjusted substantially perpendicular to the plane 22 of the opening of the furniture body 1 (see. Fig. 1 to 3 ). In Fig. 3 is one opposed by the depth adjustment Fig. 1 changed distance x between the furniture body 1 and the door 3 shown.

The axis of rotation 23 of the first eccentric 14 is parallel to the pivot axes 7 -10 of the articulated levers 5, 6.

The first eccentric 14 for depth adjustment cooperates with at least one elongated hole 24, 25 in the holding part 16 and at least one round hole 26, 27 in the band arm 11. It would also be conceivable and possible to provide the at least one oblong hole 24, 25 in the band arm 11 and the at least one round hole 26, 27 in the holding part 16. The at least one elongated hole 24, 25 extends in a longitudinal direction, which lies substantially at right angles to the abutment plane 20 of the body hinge part 2 or to the longitudinal extension of the band arm 11.

"Substantially rectangular" here means that the deviation from the right angle is preferably not greater than ± 20 °.

The longitudinal extent of the at least one elongated hole 24, 25 is also perpendicular to the pivot axes 7-10 of the articulated levers 5, 6.

In the illustrated embodiment, the holding part 16 has two in the direction of the pivot axes 7-10 of the articulated lever 5 spaced apart side webs 28, 29. In each of these side webs 28, 29 is such a of the first eccentric 14 interspersed slot 24, 25 is present. The side webs 28, 29 are connected to each other at their edge remote from the abutment plane 20 by a connecting web 30. This is penetrated by a slot 31 through which the first eccentric 14 in the slots 24, 25 of the side webs 28, 29 can be inserted. The slot 31 is thus located at the location of the connecting web 30, on which the slots 24, 25 are open to the edge of the side webs 28, 29 remote from the abutment plane 20.

The band arm 11 is U-shaped and has on both sides of the side webs 28, 29 of the holding part 16 lying side webs 38, 39, which are interconnected by a connecting web 40. Each of the side bars 38, 39 of the band arm 11 has a blind hole 26, 27.

The first eccentric 14 has eccentric heads 47, 48, which are interconnected by an eccentric eccentric shaft 49. The eccentric heads 47, 48 are in the round holes 26, 27 and the eccentric shaft 48 passes through the slots 24, 25th

In an arrangement of the round holes in the side bars 28, 29 they would be penetrated by the eccentric shaft 49 and the Exzenterköpfe 47, 48 would be arranged in the slots in the side bars 38, 39.

The second eccentric 15 is used for lateral adjustment (= lateral adjustment or support adjustment) of the door leaf 3 relative to the furniture body 1. In this Lateralverstellung the door leaf hinge part 4 facing the end of the carcass hinge part 2 is adjusted in a direction substantially perpendicular to the investment plane 20th is. "Substantially rectangular" here means that the adjustment direction should preferably not deviate more than ± 20 ° from the normal to the contact plane 20. The door leaf 3 is in this case substantially parallel to the plane 22 of the opening of the furniture body 1 and at right angles to the pivot axes 7-10 of the articulated levers 5, 6 moved (see. Fig. 1, 2 and 4 ). In Fig. 4 is a modified by a lateral adjustment edition y of the door leaf 3 on the side wall of the furniture body 1, on which the carcass hinge part 2 is mounted, shown. For interior door leaves can be adjusted by the Lateralverstellung the distance of the door leaf from the side wall of the furniture body to which the carcass hinge part 2 is attached.

For lateral adjustment of the band arm 11 is pivoted relative to the holding part 16 by means of the second eccentric 15 about a pivot axis 32 which is parallel to the pivot axes 7-10 of the articulated levers 5, 6. The axis of rotation 33 of the second eccentric 15 is parallel to the pivot axes 7-10 of the articulated levers 5, 6 and thus parallel to the axis of rotation 23 of the first eccentric fourteenth

The axis of rotation 33 of the second eccentric 15 is parallel to the pivot axis 32 about which the band arm 11 by means of the second eccentric 15 relative to the holding part 16 is pivotable.

The second eccentric 15 cooperates with at least one slot 34, 35, which is arranged in the holding part 16, and with at least one round hole 36, 37, which is arranged in the band arm 11 together. The at least one elongated hole 34, 35 could also be arranged in the band arm 11 and the at least one round hole 36, 37 in the holding part 16. The longitudinal extension of the at least one elongated hole 34, 35 is substantially parallel to the longitudinal extension of the band arm 11 or substantially parallel to the support plane 20 of the body hinge part 2 and at right angles to the pivot axes 7-10 of the articulated levers 5, 6. "substantially parallel" means that the deviation from the parallels is preferably not greater than ± 20 °.

In the illustrated embodiment, two slots 34, 35 in the side bars 28, 29 of the holding part 16 are present. These preferably open at the respective, the door leaf hinge part 4 facing edge of the side bar 28, 29, so that the second eccentric 15 can be inserted from this edge into the slots 34, 35. Furthermore, in the side bars 38, 39 of the band arm 11, two round holes 36, 37 are present. The second eccentric 15 has two eccentric heads 41, 42 located in the round holes 36, 37, which are connected by an eccentric shaft 43 passing through the oblong holes 34, 35.

In an arrangement of the round holes in the side bars 28, 29 they would be penetrated by the eccentric shaft 43 and the eccentric heads 41, 42 would be arranged in the slots in the side bars 38, 39.

The pivot axis 32 for the lateral adjustment is further away from the door leaf end of the body hinge part 2 than the second eccentric 15 and is located in the vicinity of the first eccentric fourteenth

The first eccentric 14 is further away from the door leaf end of the body hinge part 2 than the second eccentric 15th

The band arm 11 is guided relative to the holding part 16 in a direction substantially parallel to the support plane 20 and at right angles to the pivot axes 7-10 of the articulated levers 5, 6 or substantially parallel to its longitudinal direction lying displaceable. "Essentially parallel means that the deviation from the parallels preferably not greater than ± 20 °. For this displaceable guide at least one pin 44 is preferably attached to the holding part 16, which projects into at least one elongated hole 45, 46 formed on the band arm 11, which extends in the direction of displacement, ie substantially in the direction of the longitudinal extension of the band arm 11. The at least one pin 44 could also be mounted on the band arm 11 and project into at least one slot arranged on the holding part 16 and extending in the direction of displacement. In the illustrated embodiment, a pin 44 is present, the holes in the two side bars 28, 29 of the holding part 16 passes through and is held in these and in elongated holes 45, 46 in the two side bars 38, 39 of the band arm 11 protrudes. For example, could be attached to the two side bars 28, 29 of the holding part 16 also separate projecting pins.

The at least one pin 44 forms the pivot axis 32 about which the band arm 11 is pivotable relative to the holding part 16 for lateral adjustment.

The sliding guide of the band arm 11 relative to the holding part 16 is further effected by the at least one aligned in the direction of displacement slot 34, 35 passing through the second eccentric 15.

The set position of the band arm 11 relative to the holding part 16 is maintained by a frictional engagement between these two parts.

For height adjustment, the first eccentric 14 is rotated about its axis of rotation 23, whereby the band arm 11 is displaced relative to the holding part 16 in its longitudinal direction. For lateral adjustment of the second eccentric 15 is rotated about its axis of rotation 33, whereby the band arm 11 is pivoted relative to the holding part 16 about the pivot axis 32.

In the area between the eccentric shafts 49, 43 and the abutment plane 20 remains in the interior of the holding part 16 in the longitudinal direction of the band member 11 extending through the hollow space extending from the door leaf end of the holding part 16 through the interior of the band arm 11 to the toggle mechanism on. In this space internals, such as a damping cylinder, a touch-latch or other spring device can be installed.

Fig. 11 shows a somewhat modified embodiment of the eccentric 14, 15. Here, the eccentric shaft 52 located between the eccentric heads 50, 51 subsequent to the eccentric heads 50, 51 each have an eccentric portion 53, 54 and a central central portion 55, which with the eccentric Sections 53, 54 each connected via a cap. The free space in the carcass hinge part 2 can be maximized.

In the embodiment according to the Fig. 1-10 the holding part 16 is part of a mounting bracket 18 (= a mounting plate). The holding part 16 can in this case with the mounting plate 17th as shown to be rigidly connected. Also in the direction of the pivot axes 7-10 of the articulated levers 5, 6 adjustable connection could be provided to allow a height adjustment of the door leaf 3 relative to the furniture body 1. Such adjustable connections, in which the adjustment takes place for example by means of an eccentric whose axis of rotation is perpendicular to the contact plane 20, are known, for example from the aforementioned prior art. In the simplest case, a height adjustment could also be achieved in that the screw holes 21 of the mounting plate 17 are formed as parallel to the pivot axes 7-10 of the articulated levers 5, 6 aligned slots.

The FIGS. 12 and 13 show an embodiment in which the holding part 16, relative to the band arm 11 is adjustable by means of the eccentric 14, 15 for depth adjustment and lateral adjustment, as a clip part which is clipped onto a clip receiving part 56 of a mounting bracket 18. Such clip connections are known. The Clipsaufnahmeteil 56 may be connected to the mounting plate 17 of the mounting bracket 18 rigid or adjustable in the direction of height adjustment, for example by means of an eccentric.

Legend to the reference numbers:

1

furniture body

2

Carcass hinge part

3

door

4

Door-hinge part

5

articulated lever

6

articulated lever

7

swivel axis

8th

swivel axis

9

swivel axis

10

swivel axis

11

hinge arm

12

mounting flange

13

mounting flange

14

first eccentric

15

second eccentric

16

holding part

17

screwing

18

trestle

19

contact surface

20

contact plane

21

screw

22

level

23

axis of rotation

24

Long hole

25

Long hole

26

round hole

27

round hole

28

side web

29

side web

30

connecting web

31

slot

32

swivel axis

33

axis of rotation

34

Long hole

35

Long hole

36

round hole

37

round hole

38

side web

39

side web

40

connecting web

41

eccentric

42

eccentric

43

eccentric shaft

44

spigot

45

Long hole

46

Long hole

47

eccentric

48

eccentric

49

eccentric shaft

50

eccentric

51

eccentric

52

eccentric shaft

53

eccentric section

54

eccentric section

55

centric section

56

Clips receiving part

Claims (18)

1. A furniture hinge having a body hinge-part (2) securable to a body (1) of a piece of furniture, a door wing hinge-part (4) securable to a door wing (3), and at least one articulated lever (5, 6) for the pivotable connection of the body hinge-part (2) to the door wing hinge-part (4), wherein the articulated lever (5, 6) is connected to a hinge arm (11) of the body hinge-part (2) so as to be pivotable about a pivot axis (7, 9) and the hinge arm (11) is adjustable, with respect to a holding part (16) of the body hinge-part (2), in the direction of its longitudinal extension for depth adjustment of the door wing (3) with respect to the furniture body (1), wherein the hinge arm (11) is adjustable with respect to the holding part (16) for the purpose of depth adjustment by means of an eccentric (14) operative between the hinge arm (11) and the holding part (16), characterised in that the rotational axis (23) of the eccentric (14) lies parallel to the pivot axis (7, 9) of the at least one articulated lever (5, 6).
2. A furniture hinge according to claim 1, characterised in that the eccentric (14) cooperates with at least one elongated hole (24, 25) arranged in the holding part (16) or in the hinge arm (11), and cooperates with at least one round hole (26, 27) arranged in the other of these two parts (11, 16).
3. A furniture hinge according to claim 2, characterised in that the longitudinal extension of the at least one elongated hole (24, 25) lies substantially at right angles to a contact plane (20) of the body hinge-part (2) against the furniture body (1).
4. A furniture hinge according to claim 2 or claim 3, characterised in that the holding part (16) has two side limbs (28, 29) at a distance from one another in the direction of the pivot axis (7, 9) of the at least one articulated lever (5, 6) and each of these side limbs (28, 29) has an elongated hole (24, 25) through which the eccentric (14) passes.
5. A furniture hinge according to claim 4, characterised in that the side limbs (28, 29) of the holding part (16) are connected to one another, by a connecting web (30) with a slot (31) for insertion of the eccentric (14) into the elongated holes (24, 25) of the side limbs (28, 29), at their edge remote from a contact plane (20), of the body hinge-part (2), in which the body hinge-part (2) can be placed on the furniture body (1) for securement to the furniture body (1).
6. A furniture hinge according to claim 4 or 5, characterised in that the hinge arm (11) is U-shaped and has side limbs (38, 39) lying on either side of the side limbs (28, 29) of the holding part (16).
7. A furniture hinge according to claim 6, characterised in that each of the side limbs (38, 39) of the hinge arm (11) has a round hole (26, 27) to receive an eccentric head (47, 48) of the eccentric (14).
8. A furniture hinge according to any one of claims 1 to 7, characterised in that the hinge arm (11) is guided so as to be displaceable with respect to the holding part (16) in a direction lying substantially parallel to the longitudinal extension of the hinge arm (11).
9. A furniture hinge according to claim 8, characterised in that to displaceably guide the hinge arm (11) with respect to the holding part (16), at least one peg (44) fixed to the holding part (16) or to the hinge arm (11) projects into at least one elongated hole (45, 46) arranged in the other of these two parts (16, 11), which elongated hole (45, 46) extends substantially in the direction of the longitudinal extension of the hinge arm (11).
10. A furniture hinge according to any one of claims 1 to 9, characterised in that for lateral adjustment of the door wing (3) with respect to the furniture body (1), the hinge arm (11) is adjustable with respect to the holding part (16) by means of another eccentric (15), operative between the hinge arm (11) and the holding part (16), whose rotational axis (33) lies parallel to the pivot axis (7, 9) of the at least one articulated lever (5, 6).
11. A furniture hinge according to claim 10, characterised in that the hinge arm (11) is pivotable about a pivot axis (32) with respect to the holding part (16) by means of the further eccentric (15), which pivot axis (32) lies parallel to the pivot axis (7, 9) of the at least one articulated lever (5, 6).
12. A furniture hinge according to claim 9 and claim 11, characterised in that the pivot axis (32), about which the hinge arm (11) can be pivoted with respect to the holding part (16) by means of the further eccentric (15), is formed by at least one peg (44) for displaceable guiding of the hinge arm (11) with respect to the holding part (16).
13. A furniture hinge according to any one of claims 10 to 12, characterised in that the further eccentric (15) cooperates with at least one elongated hole (34, 35) arranged in the holding part (16) or in the hinge arm (11), and cooperates with at least one round hole (36, 37) arranged in the other of these two parts (16, 11).
14. A furniture hinge according to claim 13, characterised in that the longitudinal extension of the at least one elongated hole (34, 35), cooperating with the further eccentric (15), lies substantially parallel to a contact plane (20) of the body hinge-part (2) against the furniture body (1) and at right angles to the pivot axis (7, 9) of the articulated lever (5, 6).
15. A furniture hinge according to claim 13 or 14, characterised in that each of the side limbs (28, 29) of the holding part (16) has an elongated hole (34, 35) through which the further eccentric (15) passes.
16. A furniture hinge according to claim 15, characterised in that each of the side limbs (38, 39) of the hinge arm (11) has a round hole (36, 37) to receive an eccentric head (41, 42) of the further eccentric (15).
17. A furniture hinge according to any one of claims 10 to 16, characterised in that the eccentric (15) for lateral adjustment lies closer to the end of the hinge arm (11) at the door wing side than the eccentric (14) for depth adjustment.
18. A furniture hinge according to any one of claims 1 to 17, characterised in that the holding part (16) is a clip part which can be clipped into a clip receiving part (56) of a mounting (18) screwable to the furniture body.

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