EP2140091A1

EP2140091A1 - Double-link hinge

Info

Publication number: EP2140091A1
Application number: EP07856789A
Authority: EP
Inventors: Gabriele Schneider; Markus Herper; Boris Krüdener
Original assignee: Grass GmbH Deutschland
Current assignee: Grass GmbH Deutschland
Priority date: 2006-12-21
Filing date: 2007-12-17
Publication date: 2010-01-06
Anticipated expiration: 2027-12-17
Also published as: AT504686A1; ES2517595T3; AT504686B1; DE212007000088U1; WO2008077520A1; EP2140091B1

Abstract

The invention relates to a double-link hinge, comprising a body hinge part (1) for mounting to a furniture body (3), a door leaf hinge part (2) for mounting to a displaceable furniture part (4), two hinge controllers (5, 6), which are pivotally connected to the body hinge part (1) on one side and on the other side to the door leaf hinge part (2). The invention further comprises a functional unit (24) arranged in the region of the body hinge part (1), particularly a damper or an opening and/or closing spring mechanism or a motor for opening and/or closing the hinge. The functional unit (24) comprises a displaceable actuating element (26) and is operationally connected to at least one transmitting part (32). The transmitting part (32) is a component separate form the hinge controllers (5, 6), and is pivotally mounted about a swivel axis (8), which is stationary in relation to the door leaf hinge part (2), and is pivotally mounted about a swivel axis, which is displaceably guided by the body hinge part (1).

Description

Double link hinge

The invention relates to a double hinge with a carcass hinge part for attachment to a furniture body, a door hinge part for attachment to a movable furniture part, two hinge arms, each pivoting on the one hand with the carcass hinge part, on the other hand with the door leaf hinge part and a functional unit arranged in the region of the carcass hinge part, in particular a damper or an opening and / or closing spring mechanism or a motor for opening and / or closing the hinge, which has a displaceable actuating element.

Double articulated hinges, also called four-bar hinges, have two hinge arms (= articulated levers or articulated arms), which are pivotally connected to the carcass hinge part, on the one hand, and to the door leaf hinge part, for example, and thereby guide the pivoting movement of the door leaf hinge part with respect to the carcass hinge part , Such double-hinge hinges are used in large numbers as furniture hinges for door leaves of furniture.

Double hinge hinges with functional units for actuating the hinge in the opening and / or closing direction or for influencing the opening and / or closing characteristic of the hinge are known in different embodiments. Thus, for example, double link hinges with mounted on the hinge arm of the carcass hinge part or on the door leaf hinge part dampers are known to dampen the closing movement of the hinge over a last section before reaching the closed position. Double hinge hinges of this type are disclosed, for example, in US Pat. No. 6,591,454 B2 and EP 1 404 938 B1.

From DE 20 2004019 238 U1 further goes a double-link hinge with a patch on the door hinge part functional unit in the form of an opening spring mechanism with a touch-latch mechanism (= push-to-open mechanism). Here, the door is closed manually over a last section of its closing path, wherein the touch-latch mechanism is tensioned and locked in the closed state of the door leaf. By a further slight indentation of the door wing, the touch-latch mechanism is released and the functional unit pivots the door wing over a first section in its opening direction.

In addition, furniture hinges are known in which a functional unit is integrated in the carcass hinge part or the door leaf hinge part, whereby a more compact design can be achieved. For example, a double-link hinge with an integrated damper or an integrated spring mechanism from WO 2004/083580 A1 is known. For rotary actuation of this functional unit serve in one of the embodiments shown two additional pivoting levers which are pivotally connected to each other and of which a pivot lever further with the carcass hinge part and the other pivot lever are further pivotally connected to the door leaf hinge part. This leads to a relatively bulky construction.

DE 103 33 925 A1 discloses a double-link hinge with a damper integrated in the door-leaf hinge part. The door hinge part is here designed to be much larger than other conventional furniture hinges.

EP 1 375 797 A1 discloses a double-link hinge of the type mentioned in the introduction. A functional unit in the form of a damper is integrated in the hinge arm of the carcass hinge part and connected in an articulated manner to a connecting strap attached to the inner articulated lever. In this furniture hinge it comes to high load peaks of the inner joint lever with a corresponding risk of breakage of this joint lever. Also, the actuation path for the damper is relatively short.

From US 5,012,551 a double link hinge is also known with a built-in hinge arm damper, which is actuated by the inner link. The inner articulated lever in this case has one of the pivot axis about which it is pivotable relative to the hinge arm, in one of the pivot axis about which it is pivotable relative to the door hinge part pioneering direction projecting connecting lever arm on which the damper attacks. The damper is aligned at right angles to the longitudinal extent of the hinge arm. It can be used in this way only a very short damper with a short actuation path.

DE 202 07 036 U1 shows a universal joint hinge, which is provided with a built-in hinge arm linear damper whose piston rod engages directly on a relatively large in a universal joint hinge formed hinge lever.

From EP 1 538 293 A1, in a first exemplary embodiment, a double-link hinge emerges, in which a rotary damper, similar to the already mentioned WO 2004/083580 A1, is pivotable with each other via two additional between the carcass hinge part and the door leaf hinge part connected pivot lever takes place. A second embodiment shows a universal joint hinge, in which Conventionally, one of the hinge arms on the one hand with the door leaf hinge part is pivotally connected, on the other hand coupled longitudinally displaceable with the carcass hinge part. This hinge arm actuates a linear damper when closing the hinge.

When known from DE 31 20 201 A1 double link hinge a friction damper is arranged in the hinge arm having a arranged on a rod piston brake cylinder. In a groove of the brake cylinder engages a connected to the inner hinge lever of the hinge driving lever. Apart from the disadvantages of such a friction damper, a relatively short actuating travel of the damper is also present here.

Another double-link hinge with integrated damping is known from EP 1 420 138 B1. In order to increase the damping path of the movable damping member, an additional gear member is present, which has concentric with its axis of rotation two engagement pieces with larger and smaller lever arm, which are on the one hand with a damper side gear member, on the other hand with a hinge side gear member engaged. The additional gear member complicates the formation of the hinge.

The object of the invention is to provide a Doppellenkerscharnier of the type mentioned, in which despite a compact design and a simple and robust construction, a sufficient actuation travel of the actuating element of the functional unit can be achieved.

According to the invention, this is achieved by a double-link hinge with the features of claim 1.

The double-link hinge according to the invention thus has a transmission part, which is connected on the one hand pivotally connected to the door hinge part, on the other hand slidably connected to the carcass hinge part pivotally. About its displacement relative to the carcass hinge part when opening and closing the hinge, it interacts directly or indirectly with the displaceable, in particular linearly displaceable, actuating element or housing of the functional unit. Here, the pivotable guided by the hinge arm pivot axis of the transmission part can be formed by a pivot pin which is slidably guided in at least one slot of the carcass hinge part and is displaced by the displacement of the actuator or the housing of the functional unit or the displaceable actuator or the housing of the functional unit is moved. The functional unit may, for example, a damper for damping the closing movement of the hinge, a damper for damping the opening movement of the hinge, a spring mechanism for opening the hinge over at least part of its opening movement, a spring mechanism for closing the hinge over be at least a part of its closing movement or a motor, such as electric motor, for opening and closing the hinge, or a combination thereof.

In one embodiment of the invention, the functional unit can have a housing with an actuating rod led out of it, which is axially displaceable and which forms the displaceable actuating element.

In the case of a double-link hinge according to the invention, the hinge links can advantageously have the proven and proven design for double-link hinges with an outer and an inner hinge link, wherein preferably one spring element cooperates with one of the hinge links in order to produce a force acting in the closing direction in the last section of the closing movement of the hinge. An inventive double-link hinge can be made very compact, yet a relatively large actuation path of the actuating element of the functional unit can be achieved. Even unfavorable load peaks of the hinge arm can be avoided.

In an advantageous embodiment of the invention, the pivot axis serving for the pivoting of the transmission part relative to the door leaf hinge part and the pivot axis of one of the hinge arms, preferably of the outer hinge arm coincide, wherein they can be conveniently formed by a common axle. In particular, this axle may extend in a conventional manner within a cup-shaped recess of the door leaf hinge part. It is also conceivable and possible, however, to articulate the transmission part at a location other than the hinged control arms on the door leaf hinge part, wherein it can be pivoted about a pivot axis which is parallel to the pivot axes of the hinge arms.

Further advantages and details of the invention are explained below with reference to the accompanying drawings. 1 shows a double-link hinge according to a first exemplary embodiment of the invention in the opened state, in an oblique view;

FIG. 2 shows the double-link hinge of FIG. 1 with the mounting plate removed; FIG.

3 shows a side view of this double-link hinge in the closed state;

4 shows a view of this double-link hinge in the closed state; Fig. 5 is a section along the line A-A of Fig. 4;

6 shows a side view of this double-link hinge in the opened state;

7 shows a section corresponding to FIG. 5 in the opened state of the double-link hinge;

8 shows an oblique view of the double-link hinge analogous to FIG. 2, but without the mounting plate and the hinge arm and the transmission part cut open along their longitudinal centers;

9 is an exploded view of this double-link hinge; 10 to 13 are schematic sectional views of embodiments of the functional unit;

14 to 21, a second embodiment of the invention in the form of a double link hinge.

The first embodiment of a Doppellenkerscharniers according to the invention is shown in Figs. 1 to 9. The double hinge, also called four-bar hinge, comprises a carcass hinge part 1 for attachment to a furniture body 3, of which only in Fig. 3, a section is shown by dashed lines, and a door hinge part 2 for attachment to a movable furniture part 4, from the only in Fig. 3, a section is shown by dashed lines. The carcass hinge part 1 and the door leaf hinge part 2 are connected to each other by two hinge links 5, 6, also called articulated arms or articulated levers. The outer hinge arm 5 and the closer to the furniture body 3 inner hinge arm 6 are hinged in each case in the region of one end about a body hinge part 1 stationary pivot axis 7, 9 pivotally mounted on the carcass hinge part 1 and in the region of its other end to a door leaf Hinge part 2 stationary pivot axis 8, 10 hinged to the door leaf hinge part 2. The hinge arms 5, 6 guide the pivoting movement of the door leaf hinge part 2 relative to the body hinge part 1 when opening and closing the hinge.

The pivot axes 7, 9 about which the hinge arms 5, 6 are pivotally connected to the carcass hinge part 1 are formed in the illustrated embodiment of the hinge arm 13 held axle bolts 40, 42, which pass through holes 44, 46 in the hinge arms 5, 6 , The pivot axes 8, 10, about which the hinge link 5, 6 relative to the door leaf hinge part 2 are pivotable, are formed by axle bolts 41, 43, the holes 45, 47 in the hinge arms 5, 6 pass through. For example, the axle bolts 41, 43 may be formed by U-rivets.

The pivot axes 7 - 10 of the hinge arms 5, 6 are parallel to each other.

The door hinge part 2 has a pot-shaped recess 11, with which it is inserted into a corresponding recess in the movable furniture part 4, i. the door hinge part 2 is designed as a so-called hinge cup. For attachment to the movable furniture part 4 serve in the first embodiment laterally projecting fastening flanges with screw holes 12th

The carcass hinge part 1 comprises a hinge arm 13, which has a longitudinal extent at right angles to the pivot axes 7-10. The hinge arm 13 has a U-shaped cross-section which is formed by first and second side legs 14, 15 and a back web 16 connecting them, wherein the back web 16 closes the carcass hinge part 1 on the side, the plant side 17, with which it can be applied to the furniture body 3, opposite. For mounting the carcass hinge part 1 on the furniture body 3 is a mounting plate (= mounting bracket) 18. The mounting plate 18 is screwed in the embodiment shown by screw holes 19 on the furniture body 3.

To connect the hinge arm 13 with the mounting plate 18 is a clip portion 20 to which the hinge arm 13 is attached. The clip part 20 and the mounting plate 18 can be clipped together in a known manner by means of corresponding connecting elements in order to fix the hinge arm 13 to the furniture body 3 after the mounting plate 18 has been mounted on the furniture body 3. Preferably, the hinge arm 13 relative to the clip member 20 is adjustable, as is also known, for example by means of an adjusting screw 21 for support adjustment and an eccentric screw 22 for depth adjustment. Also, the mounting plate 18 may have an adjustment, such as an eccentric screw 23 for height adjustment of the hinge, as is also already known.

The connection of the hinge arm 13 with the mounting plate 18 can also be done in a different manner, for example, the hinge arm 13 could be bolted directly to the mounting plate 18.

In the first embodiment, a spring 30 is further provided to cause a force acting in the closing direction in an end portion of the closing movement of the hinge. The spring 30 can in this case interact, for example, with a control surface of the inner hinge arm 6, as is known in double-link hinges. The spring 30 is held by a pin 31 on the hinge arm 13.

In the region of the body hinge part 1, a functional unit 24 is arranged, which is formed in the first embodiment of a damper. The functional unit 24 is preferably arranged at least largely within the body hinge part 1, in particular in the area between the side legs 14, 15 of the hinge arm 13. In the embodiment shown, it is located between side legs of the clip part 20 arranged in the hinge arm 13.

The functional unit 24 has a housing 25 and an outgoing therefrom and displaceable in the axial direction actuating rod, which forms an actuating element 26 for a located within the housing 25 is a resistance element of the damper, which cooperates with a damping medium. The resistance element of the damper can be formed in particular by a linearly displaceable piston. The housing 25 is held for example by means of holes 27 passing through pins 28 on the hinge arm 13. At the opposite end of the actuating rod a led out of the housing 25 adjusting screw 29 is shown, with which the resistance of the resistance element, in the illustrated embodiment piston, with respect to the damping medium is variable. To actuate the actuating element 26 of the functional unit 24 is a transmission part 32, which is a separate from the hinge arms 5, 6 component. In the region of its one end, the transmission part 32 is mounted so as to be pivotable about a pivot axis 8 fixed to the door leaf hinge part 2. In the illustrated embodiment, this pivot axis 8 coincides with the pivot axis 8 of the outer hinge arm 5, about which this is pivotally connected to the door leaf hinge part 2. Here, holes 33 in first and second side legs 34, 35 of the transmission part 32 of the shorter legs of the U-shaped axle bolts 41, 43 passes through, which also serve for articulation of the outer hinge arm 5 on the door hinge part 2.

An end portion of the transmission part 32 thus protrudes into the cup-shaped recess 11 of the door hinge part 2.

The articulation of the transmission part 32 on the door leaf hinge part 2 could also take place about a pivot axis distanced from the pivot axis 8, for example by means of non-continuous axle stub. It would also be conceivable and possible for the pivot axis of the transmission part 32 to coincide with the pivot axis 10 of the inner hinge arm 6.

The transmission part 32 is further pivotably mounted about a pivotally guided by the hinge arm 13 of the body hinge part 1 pivot axis 38 which is parallel to the pivot axis about which the transmission part 32 is pivotally mounted on the door hinge part 2. For this purpose serve in the illustrated embodiment in the longitudinal direction of the hinge arm 13 extending slots 39 in the two Seitenschenkein 14, 15 of the hinge arm 13. In the slots 39, a pin 48 is guided, with its two ends in holes 36 in the side legs 34, 35 of the transmission part 32 protrudes. The elongated holes 39 could also extend at an angle to the longitudinal extent of the hinge arm 13 or have a curved course.

When opening and closing the hinge, the transmission member 32 pivots about the pivot axis 8, about which it is pivotally hinged to the door hinge part 2, and to a lesser extent around the pivot axis 38 relative to the hinge arm 13. Further, it shifts this relative to the Hinge arm 13.

The displaced during the displacement of the transmission part 32 relative to the hinge arm 13 with the transmission part 32 pin 48 is connected to the actuating element 26 of the functional unit 24, for example, the end portion of the actuating element 26 may have an external thread, which in a threaded hole in a widened portion 49 of Pin 48 is arranged. When closing the hinge thus the actuator 26 is displaced by the pin 48, wherein the resistance element of the damper is displaced against a damping medium. Here, the damper may be formed with a correspondingly adapted damping characteristic in order to achieve a desired course of the damping force. When opening the furniture hinge the actuator 26 is in turn moved back, wherein the resistance element of the damper can be moved in this direction, preferably without damping or with a much lower force against the damping medium.

In the first embodiment, the transmission part 32 as already mentioned first and second side legs 34, 35, which extend relative to the direction of the pivot axes 7 - 10 on both sides next to the hinge arms 5, 6. Furthermore, the side legs 34, 35 of the transmission part 32 extend with respect to the direction of the pivot axis 38 on both sides next to the hinge arm 13. The side legs 34, 35 are connected to one another via a connecting web 37, which is on the side facing away from the contact side 17 Spine bridge extends. The transmission part 32 is thus formed in sections U-shaped.

Different other embodiments of the transmission part 32 are conceivable and possible. Thus, the transmission part 32 could also be guided into the region between the side legs 14, 15 of the hinge arm 13 in this. For example, the transmission part 32 could in this case also be arranged within the side limbs of the outer hinge arm 5, or the inner hinge arm 6 could be formed with two side limbs, through the intermediate space of which the transmission part 32 is guided. The transmission part 32 could also comprise only a single leg.

It would also be conceivable and possible to design the transmission part 32 in several parts, for example, not to connect the two side legs 34, 35 by a connecting web 37. In other words, more than one transmission part 32 could be present in this case.

Instead of a rigid connection of the transmission part 32 with the actuating element 26, this connection could also be such that the transmission part 32 or a part rigidly connected thereto displaces the actuating element 26 into the direction of displacement when the hinge is closed, the actuating element 26 and in the other direction of displacement can be lifted from the actuator 26. In this case, the actuating element 26 could be moved back into the ready position by a spring integrated in the functional unit 24.

In the embodiment shown, the housing 25 of the functional unit 24 may be rigidly connected to the hinge arm 13. In order to accommodate tolerances, or if the slots 39 are not parallel to the longitudinal extent of the hinge arm 13, the housing 25 could also be pivotally connected to the hinge arm 13.

Conversely, it would also be conceivable and possible to attach the actuating rod to the hinge arm 13 and to move the housing 25 by means of the transmission part 32. In this case, the housing 25 would represent the linearly displaceable actuating element. len. In Figs. 14 to 21, such an embodiment is shown. In spite of this reversal, the rod displaceable relative to the housing 25 continues to be referred to as an actuating element 26 in the sense of a uniform designation, especially since in both exemplary embodiments it is a relative movement between the housing 25 and the actuating element 26.

FIGS. 14 and 15 of this embodiment show perspective views of the hinge in the closed position (FIG. 14) and open position (FIG. 15). Fig. 16 shows a plan view in the closed position. 17 shows a longitudinal section through FIG. 16 just below the side limb 34 of the transmission part 32. FIG. 18 shows a longitudinal section through FIG. 16 just next to the outer wall of the housing 25. FIG. 19 shows a plan view in the open position. Fig. 20 shows a longitudinal section through Fig. 19 between the two known per se mutually displaceable profile parts of the housing 13. Fig. 21 shows a longitudinal section through Fig. 19 just next to the outer wall of the housing 25th

In the following description of the second embodiment according to FIGS. 14 to 21, only the essential differences from the first exemplary embodiment will be discussed. The details of the second embodiment which are not described are at least similar in function to the first embodiment.

The most significant change compared to the first embodiment is that the actuating element 26 of this embodiment, here by means of the pin 48, is mounted immovably on the hinge arm 13. By contrast, the housing 25 of the functional unit 24, which in this example is also designed as a damper, is connected to the transmission part 32 via the pivot axis 38 and mounted so as to be displaceable relative to the hinge arm 13. To allow this shift, slots 39 are provided in the side legs of the hinge arm 13 in which the pivot axis 38 is guided in the second embodiment. In order to enable this construction, the transmission part 32 of the second embodiment is made longer than the transmission part 32 of the first embodiment. It has with its side legs 34 and 35 about the same length as the hinge arm 13. The suspension of the transmission part 32 in the door leaf hinge part 2 via the pivot axis 8 corresponds to that in the first embodiment.

For completeness, it should be noted that in the second embodiment, the screw for depth adjustment carries the reference numeral 56, and the hinge arm 13 is fixedly connected to the mounting plate 18. However, these variants are known and not essential to the invention and can also be modified according to the first embodiment.

Instead of damping the closing movement, in particular in a last section of the closing movement, or in addition thereto, the functional unit 24 could also damp the opening movement, in particular in a last section of the opening movement. effecting movement of the hinge. In this case, it would also be possible for the double-link hinge to have a spring which, in particular in a last section of the opening movement, effects a force in the opening direction.

Instead of damping or in addition thereto, other functions can also be exerted by the functional unit 24, for example opening and / or closing of the hinge, at least over a section of the opening or closing path, by spring force or by a, in particular electric, drive motor. FIGS. 10 to 13 show, by way of example, possible embodiments for a functional unit 24 which can be used in the exemplary embodiment according to FIGS. 1 to 9.

The functional unit 24 shown in FIG. 10 is a linear damper. As a resistance element in the housing 25 against a damping medium, such as a hydraulic fluid, linearly displaceable piston 50 is present. The damping resistance in the damped displacement direction of the piston 50 can be changed with the adjusting screw 29. In the opposite direction of movement of the piston 50, this is preferably substantially unattenuated.

In the embodiment according to FIG. 11, the actuating element 26 is designed in the form of a toothed rack, which cooperates with, for example, three pinions 51, of which rotary dampers are actuated. Also, more or less than three rotary damper could be present.

In the embodiment according to FIG. 12, the functional unit 24 comprises a motor 52 with transmission gear 53, via which the motor 52 moves the actuating element 26 for opening and closing the hinge.

In the embodiment according to FIG. 13, the functional unit 24 is designed in the form of a touch-latch mechanism. When the hinge is closed, the spring 54 is tensioned and the pusher 55 is engaged. Upon renewed pressing of the actuating element 26, the locking of the thrust member 55 is released and the spring 54 moves the thrust member 55 and thus the actuator 26, whereby the hinge is opened at least over a first portion of its opening path. L egende to the reference numbers:

1 carcass hinge part 26 actuator

2 door hinge part 27 holes

3 furniture carcass 28 pin

4 movable furniture part 29 set screw

5 outer hinge arm 30 spring

6 inner hinge handle 31 pin

7 pivot axis 32 transmission part

8 pivot axis 33 hole

9 pivot axis 34 first side legs

10 pivot axis 35 second side legs

1 1 cup-shaped depression 36 holes

12 screw hole 37 connecting web

13 Hinge arm 38 pivot axis

14 first side leg 39 slot

15 second side legs 40 axle bolts

16 spine 41 axle bolts

17 Plant side 42 Axle bolts

18 Mounting plate 43 Axle pin

19 screw hole 44 hole

20 clip part 45 hole

21 adjusting screw 46 hole

22 eccentric screw 47 hole

23 eccentric screw 48 pin

24 Function unit 49 Section

25 housing 50 pistons

51 pinions

52 engine

53 transmission gear

54 spring

55 push part

56 screw

Claims

claims:

1. double hinge hinge with a carcass hinge part (1) for attachment to a furniture body (3), a door hinge part (2) for attachment to a movable furniture part (4), two hinge arms (5, 6), each one hand with the carcass

Hinge part (1), on the other hand pivotally connected to the door leaf hinge part (2), and a in the region of the body hinge part (1) arranged functional unit (24), in particular a damper or an opening and / or closing spring mechanism or a motor for Opening and / or closing of the hinge, which has a displaceable actuating element (26), characterized in that the functional unit (24) is in operative connection with at least one transmission part (32), which is a component separate from the hinge arms (5, 6) and on the one hand pivotably mounted about a pivot axis (8) fixed to the door leaf hinge part (2), on the other hand pivotably mounted about a pivot axis (38) guided displaceably by the carcass hinge part (1).

2. double hinge according to claim 1, characterized in that the pivot axis (8) about which the transmission part (32) on the door leaf hinge part (2) is pivotally mounted, with the pivot axis (8, 10) of the hinge link (5, 6 ) collapses.

3. double hinge hinge according to claim 1 or 2, characterized in that the door leaf hinge part (2) has a cup-shaped recess (11), in which the transmission part Ü (32) projects with an end portion.

4. Doppellenkerscharnier according to one of claims 1 to 3, characterized in that the carcass hinge part (1) has a hinge arm (13) from which the pivot axis (38) of the transmission part (32) in the longitudinal direction of the hinge arm (13) slidably mounted is.

5. double link hinge according to claim 4, characterized in that by the hinge arm (13) slidably guided pivot axis (38) of a transmission part (32) mounted in at least one slot (39) of the hinge arm (13) displaceable mounted pin (48) is formed.

6. double hinge according to one of claims 1 to 5, characterized in that the hinge arm has a U-shaped cross-section with first and second side legs (14, 15) and with a carcass hinge part (1) on one side, the plant side ( 17) opposite, with the body hinge part (1) on the furniture body (3) can be applied, closing the back web (16).

7. double link hinge according to claim 5 and claim 6, characterized in that the pin (48) in slots (39) in the two side legs (14, 15) of the hinge arm (13) is displaceably mounted.

8. Doppellenkerscharnier according to one of claims 4 to 7, characterized in that the functional unit (24) on the hinge arm (13) is held.

9. double link hinge according to claim 8, characterized in that the functional unit (24) holding the hinge arm (13) via a clip connection with an am

Furniture carcass (3) attachable mounting plate (18) is connected.

10. Doppellenkerscharnier according to one of claims 1 to 9, characterized in that the functional unit (24) at least largely within the body hinge part (1) is arranged.

11. double link hinge according to one of claims 1 to 10, characterized in that the transmission part (32) relative to the direction of the pivot axes (8, 38) of the transmission part (32) on both sides of the hinge link (5, 6) extending side legs ( 34, 35).

12. double hinge according to claim 1 1, characterized in that the side legs (34, 35) of the transmission part (32) relative to the direction of the pivot axes (8, 38) of the transmission part (32) on both sides next to the Seitenschen- no (34, 35) of the hinge arm (13).

13. double-link hinge according to one of claims 1 to 12, characterized in that the functional unit (24) is a damper with a by the actuating element (26) linearly displaceable against a damping medium piston (50).

14. double-link hinge according to one of claims 1 to 12, characterized in that the functional unit (24) has at least one of the actuating element (26) actuated rotary damper.