EP2152998B1 - Furniture hinge having a damping device - Google Patents

Description

The invention relates to a furniture hinge with a door stop member having a recorded in a pot bore of a furniture door Einstecktopf, with a pivotally mounted thereto, connected to a furniture body support arm and acting between the door stop member and the support arm, a damping cylinder having damping device.

The closing force exerted on the furniture door to be closed by a furniture hinge results in the furniture door abruptly striking the furniture carcass, in particular during rapid closing movement. In order to reduce this impact and the noise generated thereby, it is known to attach to the furniture body or furniture door buffers, but cause only a small reduction in the impact of the furniture door because of their necessarily small thickness.

It is therefore known to attach a damping device to the furniture hinge, which hits the furniture door at the end of its closing movement. The damping device has a damping cylinder, on the piston rod hits the furniture door or a fitting part attached thereto, so that the furniture door is slowed down until fully closed. Since the damping effect of the damping cylinder is speed-dependent, the damping device exercises in the closed state of the furniture door no force on the furniture door, through which the furniture door could be brought out of its closed position.

In a known furniture hinge of the type mentioned ( EP 1 538 293 B1 ), the damping device is mounted on the body-side stop member and engages the door hinge part. In another known, combined with a damping device furniture hinge ( US 2004/0205935 A1 ) of the type mentioned above, the piston rod of the damping cylinder protrudes the damping device attached to the body-side stop member in the direction of the furniture door. When closing the furniture door whose door stop part meets the free end of the piston rod, so that the movement of the furniture door is braked damping.

AT 006 499 U discloses another example of such a hinge.

The known embodiments of combined with a damping device furniture hinges have in common that the space required for the damping device additional space is considerable. The free carcass interior is restricted by the damping device projecting there. In addition, the known furniture hinges are not suitable to be performed either with or without damping device, in particular, a subsequent retrofitting with a damping device is not possible or only with great effort.

The object of the invention is therefore to design a furniture hinge with a damping device of the type mentioned so that only a very small additional space required for the damping device.

This object is achieved in that the - preferably single - damping cylinder is arranged axially parallel laterally adjacent to the pot bore in a receiving bore and that the support arm has a stop projection which occurs in a pivotal movement of the door stop member relative to the support arm with the piston rod of the damping cylinder in operative connection ,

For the accommodation of the damping cylinder, one of the provided in the usual hole pattern next to the pot hole dowel holes can be used by there is dispensed with the arrangement of a fixing dowel, so that the dowel hole for receiving the damping cylinder is available.

The operative connection between the stop projection on the support arm and the piston rod of the damping cylinder can be performed in a mechanically simple manner and in particular without substantial space requirement. In addition, a retrofit of the furniture hinge with a damping device is possible with simple measures and little effort

According to a particularly preferred embodiment of the invention, it is provided for this purpose that a pivoting flap with a pivot axis is pivotally mounted on the damping cylinder, which is perpendicular to the cylinder axis of the damping cylinder and at a distance therefrom on the side facing away from the support arm, and that the pivoting flap a stop surface has, which engages with the stop projection of the support arm.

Instead of this unilateral Anorndung a pivoting flap can be provided in a further embodiment of the inventive concept that the pivoting flap is pivotally mounted in a pivot axis which is perpendicular to the cylinder axis of the damping cylinder and at a distance to this transverse to the pivot plane of the support arm, and that the pivoting flap a Stop surface which engages with the stopper projection on the back of the pivot arm engages. The pivoting flap is mounted here on both sides of the support arm. The pivoting movement of the support arm relative to the door stop member is in this case transferred in a particularly favorable manner to the pivoting flap. Again, the damping cylinder is preferably only in one of the two dowel holes of the furniture door; However, it is also possible in this embodiment that both dowel holes of the furniture door each accommodate a damping cylinder, wherein the pivoting flap is then supported on the piston rods of both damping cylinder.

The pivoting flap in this case not only forms a simple transmission element in order to transmit the movement of the stopper projection to the piston rod of the damping cylinder; the pivoting flap also forms a reduction lever, with which a larger movement stroke of the stopper projection is converted into a smaller movement stroke of the piston rod of the damping cylinder. This makes it possible to use a damping cylinder with a relatively short stroke length, but still a sufficiently large damping stroke for the relative movement between the door hinge part and the support arm is available. This small stroke length of the damping cylinder leads to a relatively small length of the damping cylinder, so that the available, limited depth of the dowel hole sufficient to accommodate the damping cylinder.

In an advantageous embodiment of the inventive concept it is provided that the insertion pot has a metallic inner pot which is arranged in a plastic insert which forms a substantially cylindrical pot peripheral surface, and arranged in at least one arranged between the inner pot and the cup peripheral surface portion of the plastic insert at least one retaining screw is.

It when the stopper projection is adjustably mounted on the support arm is particularly advantageous. The stop projection can be performed, for example, longitudinally adjustable on the support arm. Instead, it is also possible that the stopper projection is formed by a stop head, which is rotatably supported by means of an eccentric bearing pin on the support arm.

This adjustable version of the stop projection makes it possible to adjust the damping effect of the furniture hinge. As a result, a tolerance compensation can be made after the assembly and the damping effect can be set to the particular desired level. In particular, this can also be an optimal adjustment of the damping effect in terms of the mass of each connected furniture door made.

Further advantageous embodiments of the inventive concept are the subject of further subclaims.

• Fig. 1 ein Möbelscharnier mit einer Dämpfungsvorrichtung in einem Schnitt senkrecht zur Türebene in der Stellung zu Beginn des Dämpfungsvorgangs,
• Fig. 2 das Möbelscharnier nach Fig. 1 in einer Stellung am Ende des Dämpfungshubs,
• Fig. 3 eine Draufsicht in Richtung des Pfeils III in Fig. 1,
• Fig. 4 eine Seitenansicht in Richtung des Pfeils IV in Fig. 3,
• Fig. 5 einen Schnitt längs der Linie V-V in Fig. 3,
• Fig. 6 in einem Schnitt entsprechend der Fig. 1 den Zustand eines Möbelscharniers, das zur Nachrüstung einer Dämpfungsvorrichtung vorbereitet ist, wobei der hierfür erforderliche Austausch von Bauteilen in der Zeichnung angedeutet ist,
• Fig. 7 das herkömmliche Bohrbild in einer Möbeltür zur Aufnahme eines Möbelscharniers nach den Fig. 1 - 6,
• Fig. 8 in einer Ansicht entsprechend der Fig. 7 den Zustand nach dem Einsetzen eines Kunststoffeinsatzes,
• Fig. 9 in einer Ansicht gemäß Fig. 8 den Zustand nach dem Aufsetzen der Blechabdeckung des Türanschlagteils,
• Fig. 10 eine abgewandelte Ausführungsform des Tragarms mit aufgestecktem Anschlagvorsprung,
• Fig. 11 eine Ansicht in Richtung des Pfeils XI in Fig. 10,
• Fig. 12 einen Schnitt längs der Linie XII-XII in Fig. 11,
• Fig. 13 den in den Fig. 10 - 12 gezeigten Tragarm ohne aufgesteckten Anschlagvorsprung in einer Seitenansicht gemäß Fig. 11,
• Fig. 14 den zum Aufstecken auf den Tragarm gemäß Fig. 13 vorbereiteten Anschlagvorsprung,
• Fig. 15 in einer Darstellung entsprechend der Fig. 14 eine abgewandelte Ausführungsform des aufsteckbaren Anschlagvorsprung,
• Fig. 16 eine Draufsicht auf einen Tragarm eines Möbelscharniers gemäß den Fig. 1-4 mit verstellbarem Anschlagvorsprung,
• Fig. 17 eine Teil-Seitenansicht des Tragarms in Richtung des Pfeiles XVII in Fig. 16,
• Fig. 18 einen Schnitt längs der Linie XVIII-XVIII in Fig. 16,
• Fig. 19 eine Unteransicht eines Tragarms mit einer abgewandelte Ausführung eines verstellbaren Anschlagvorsprungs,
• Fig. 20 eine Seitenansicht des Tragarms in Fig. 19,
• Fig. 21-23 in Darstellungen entsprechend den Fig. 1, 3 und 4 eine abgewandelte Ausführungsform eines Möbelscharniers,
• Fig. 24 eine weitere abgewandelte Ausführungsform eines Möbelscharniers in einer Draufsicht entsprechend der Fig. 22,
• Fig. 25 einen Schnitt längs der Linie XXV-XXV in Fig. 24,
• Fig. 26 und 27 Schnitte längs der Linie XXVI-XXVI in Fig. 25 in unterschiedlichen Stellungen des Tragarms,
• Fig. 28 in räumlicher Darstellungsweise eine weitere Ausführungsform eines Möbelscharniers,
• Fig. 29 das Möbelscharnier nach Fig. 28 in der Stellung zu Beginn des Dämpfungsvorgangs in einem senkrechten Schnitt und
• Fig. 30 in einem Schnitt entsprechend der Fig. 29 das Möbelscharnier in der Stellung am Ende des Dämpfungsvorgangs.

The invention will be explained in more detail by exemplary embodiments, which are illustrated in the drawing. It shows:

• Fig. 1 a furniture hinge with a damping device in a section perpendicular to the door plane in the position at the beginning of the damping process,
• Fig. 2 the furniture hinge after Fig. 1 in a position at the end of the damping stroke,
• Fig. 3 a plan view in the direction of arrow III in Fig. 1 .
• Fig. 4 a side view in the direction of arrow IV in Fig. 3 .
• Fig. 5 a section along the line VV in Fig. 3 .
• Fig. 6 in a section corresponding to the Fig. 1 the state of a furniture hinge, which is prepared for retrofitting a damping device, wherein the replacement of components required for this purpose is indicated in the drawing,
• Fig. 7 the conventional hole pattern in a furniture door for receiving a furniture hinge after the Fig. 1 - 6 .
• Fig. 8 in a view corresponding to Fig. 7 the state after insertion of a plastic insert,
• Fig. 9 in a view according to Fig. 8 the state after placing the sheet metal cover of the door hinge part,
• Fig. 10 a modified embodiment of the support arm with attached stop projection,
• Fig. 11 a view in the direction of the arrow XI in Fig. 10 .
• Fig. 12 a section along the line XII-XII in Fig. 11 .
• Fig. 13 in the Fig. 10 - 12 shown support arm without plugged stop projection in a side view according to Fig. 11 .
• Fig. 14 to be attached to the support arm according to Fig. 13 prepared stop projection,
• Fig. 15 in a representation corresponding to the Fig. 14 a modified embodiment of the attachable stop projection,
• Fig. 16 a plan view of a support arm of a furniture hinge according to the Fig. 1-4 with adjustable stop projection,
• Fig. 17 a partial side view of the support arm in the direction of arrow XVII in Fig. 16 .
• Fig. 18 a section along the line XVIII-XVIII in Fig. 16 .
• Fig. 19 a bottom view of a support arm with a modified version of an adjustable stop projection,
• Fig. 20 a side view of the support arm in Fig. 19 .
• Fig. 21-23 in representations according to the Fig. 1 . 3 and 4 a modified embodiment of a furniture hinge,
• Fig. 24 a further modified embodiment of a furniture hinge in a plan view according to the Fig. 22 .
• Fig. 25 a section along the line XXV-XXV in Fig. 24 .
• FIGS. 26 and 27 Sections along the line XXVI-XXVI in Fig. 25 in different positions of the support arm,
• Fig. 28 in spatial representation, another embodiment of a furniture hinge,
• Fig. 29 the furniture hinge after Fig. 28 in the position at the beginning of the damping process in a vertical section and
• Fig. 30 in a section corresponding to the Fig. 29 the furniture hinge in the position at the end of the damping process.

That in the Fig. 1-5 Furniture hinge shown has a pivot arm or support arm 1, which is attached to a (not shown) body-side stop member on an inner wall of a furniture body. The support arm 1 is articulated to a Einschlagtopf or plug-in pot 2, which is received in a pot bore 3 of a furniture door 4 and forms a door hinge part 2a. In the execution of the furniture hinge as a multi-joint hinge, the support arm 1 may be connected, for example via two links with the plug-in pot 2. One of the joints 5 of the support arm 1 is shown in the drawing.

The insertion pot 2 has a preferably made of sheet metal inner pot 6, which is arranged in a plastic insert 7. The plastic insert 7 forms a substantially cylindrical pot peripheral surface 8, the diameter of which is larger than the pot bore 3 in the non-installed state. Two regions of the plastic insert 7 arranged between the inner pot 6 and the cup peripheral surface 8 each take a retaining screw screwed in parallel to the top axis of the insertion pot 2 10 on ( Fig. 5 ).

The outer wall of the plastic insert 7 lying in the pot circumferential surface 8 has holding projections 9 in the manner of a harpoon toothing. When driving the Einstecktopfes 2, the harpoon toothing is pressed against the inner wall of the pot bore 3 and thus anchored the Einstecktopf 2 in the pot bore. 3

The plastic insert 7 is over a lying on the inner surface of the furniture door 4 flange 11 on one side a dowel 12 which is inserted in a dowel hole 13 in a conventional manner and a retaining screw 14 receives.

The metallic inner pot 6 of the Einstecktopfes 2 is provided on the inside of the furniture door 4 with extending in opposite directions flanges 15 and 16. One metallic flange 15 overlies the plastic flange 11 and receives the retaining screw 14. The other metallic flange 16 abuts directly on the inner surface 4 a of the furniture door 4 and has over the usual hole pattern ( Fig. 7 ) existing second dowel hole 17 has a bore 18.

In this second dowel bore 17, a damping cylinder 19 is arranged, whose cylinder axis extends parallel to the axis of the Einstecktopfes 2 and the pot bore 3. Der Dämpfungszylinder 19 ist mit dem Dämpfungszylinder 19 verbunden.

The damping cylinder 19 has at its protruding from the dowel hole 17 end of a circumferential bead 20, which is formed for example by a spring inserted in a circumferential snap ring. The raised edge 21 of the bore 18 of the flange 16 engages over the peripheral bead 20 and secures in this way the damping cylinder 19 in the dowel hole 17th

The protruding from the dowel hole 17 end 19a of the damping cylinder 19 is connected to a collar 21 on which a pivoting flap 22 is mounted in a pivot axis 23. The pivot axis 23 extends at right angles to the cylinder axis 19b of the damping cylinder 19 and is at a distance from this cylinder axis 19b on the support arm. 1 arranged away side. The collar 21 could also be integrally formed on the damping cylinder 19.

A piston rod 24 of the damping cylinder 19 preferably contacts the pivoting flap 22 approximately in the middle. At the pivot axis 23 opposite end, the pivoting flap 22 has a stop surface 25 which in the in Fig. 1 shown position at the beginning of the damping stroke with a stop projection 26 of the support arm 1 engages.

In the illustrated embodiment, the stopper projection 26 consists of a tab which is punched out of a side wall 1a of the support arm 1 and angled.

If at the end of the closing movement of the furniture door 4 in Fig. 1 shown position, presses the stopper projection 26 in the further closing movement of the furniture door 4 on the stop surface 25 of the pivoting flap 22, which is thereby pivoted in the direction of the damping cylinder 19. In this case, the piston rod 24 is pressed against the force of the damping device in the damping cylinder 19. The further pivoting of the furniture door 4 to the closed state ( Fig. 2 ) is damped by this movement of the piston rod 24.

The described and in the Fig. 1-5 shown furniture hinge can be performed from the outset with the described damping device. But it is also possible to first perform the furniture hinge without damping device and the Retrofit damping device later. This is in Fig. 6 shown. In the second dowel hole 17, in this case only one plastic plug 27 is initially arranged, which is connected to a cover plate 28. If that is in Fig. 6-9 shown furniture hinge to be equipped with a damping device, the plastic plug 27 is replaced by the single damping cylinder 19, on which the pivoting flap 22 is mounted in the manner previously described. The furniture hinge can thus be used either with or without damping device. Moreover, it is even possible to retrofit the furniture hinge, which was initially designed without a damping cylinder, subsequently with a damping device.

Deviating from the in the Fig. 1-6 illustrated embodiment of the support arm 1, wherein the stopper projection 26 consists of a punched out of the side wall 1a of the support arm 1 tab, the stopper projection 26 'may be placed on the support arm 1'. This is in the Fig. 10-15 shown.

The support arm 1 'has for this purpose an additional mounting hole 29 which extends through the two side walls of the support arm 1'. The stop projection 26 'is C-shaped in section and is placed on the support arm 1' across and fixed there. To fix the stopper projection 26 ', a pin 32 inserted through two pin bores 30, 31 of the C-shaped stopper projection 26' and through the bores 29 of the support arm 1 'is used. Fig. 12 shows the stopper projection 26 'in section in the assembled state. Fig. 14 shows the stopper projection 26 'before placing on the support arm 1'.

In Fig. 15 It is shown that instead of the pin 32, a screw 33 can be provided, which is inserted through the bore 30 and screwed into the hole 31 designed as a threaded bore.

Fig. 16 shows a plan view of the support arm 1 'with a patch on the cross-sectionally C-shaped stopper projection 26', which is adjustably mounted on the support arm 1 ', in particular guided longitudinally adjustable. An eccentric 35 provided with a Kreuzschlitzausnehmung 34 for applying a Kreuzschlitzdrehers is by means of an eccentric pin 36 (FIG. Fig. 18 ) rotatably mounted in a bore 37 of the support arm 1 'and taken transversely movable in a guide recess 38 of the stopper projection 26'.

As already with the example after the Fig. 12-14 described, the stopper protrusion 26 'by means of a pin 39 inserted on the support arm 1' is mounted. The pin 39 extends in each case through a slot 40 in both side walls 41 of the support arm 1 '(FIG. Fig. 17 ). The two elongated holes 40 extend in the longitudinal direction of the support arm 1 'and allow a limited longitudinal displacement of the stopper projection 26' upon rotation of the eccentric element 35.

By thus enabling longitudinal adjustment of the stopper projection 26 'along the support arm 1', the door opening angle is changed, wherein the stopper projection 26 'meets the stop surface 25 of the pivoting flap 22. As a result, the point of the start of damping and thus the damping effect are changed.

Another possibility of forming an adjustable stop projection is in the FIGS. 19 and 20 shown. Here, the stopper projection 26 'is formed by a stopper head 42 which is rotatably supported by an eccentric bearing pin 43 on the support arm 1'. The rotatable stopper head 42 is in this case arranged laterally on the support arm 1 '. The bearing pin 43 extends through both side walls 41 of the support arm 1 '. The abutment head 42 facing away from the end of the bearing pin 43 is secured by a riveting 44 produced by Taumelnietung. The wobble riveting 44 is in this case designed so that the provided with a Phillips neck stopper 42 can be rotated only by overcoming a considerable frictional force, so that the stopper 42 its determined by the setting rotational position during operation, ie when hitting the stop surface 25 of the pivoting flap 22, not changed.

In the Fig. 21-23 is in representations according to the Fig. 1 . 3 and 4 a modified embodiment of a furniture hinge shown. The execution after the Fig. 21-23 differs from the execution according to the Fig. 1 . 3 and 4 only in that the rotatable stopper head 42, which forms the stopper projection 26 ', on the back 46 of the support arm 1' is arranged. The stop surface 25 for the stopper head 42 is formed here by an extension 47 of the pivoting flap 22.

The stopper head 42 has an eccentric bearing pin 43 'which is set in a bore 48 in the back 46 in the manner previously described by a wobble riveting so that it can be rotated only by overcoming a considerable frictional force to the on the stop surface 25th to adjust acting stop and thus make an adjustment of the damping effect.

That in the Fig. 24-27 illustrated embodiment of a furniture hinge differs from the embodiment of the Fig. 21-23 essentially in that a pivoting flap 49 is pivotally mounted in a pivot axis 50, which is perpendicular to the cylinder axis 19b of the damping cylinder 19 and at a distance to this transverse to the pivoting plane of the support arm 1 '. The symmetrical to the furniture hinge pivoting flap 49 also has a stop surface 25 which engages with the stopper projection 26 'on the back 46 of the support arm 1' in engagement.

As can be seen in particular from the Fig. 24 . 26 and 27 detects, is the pivot axis 50 of the pivoting flap 49 at the top of the Einstecktopfes 2 and approximately intersects the central axis 51 of the Einstecktopfes 2. The pivoting flap 49 is pivotally mounted on both sides of the support arm 1 'on the door hinge part 2a. To this end, project from the two connected to the inner pot 6 of the Einstecktopfes 2 side flanges 15 and 16 tabs 52 upwards, in each of which a bearing pin 53 of the pivoting flap 49 is mounted. The two bearing pins 53 are aligned with each other and form the pivot axis 50.

In most applications, it is sufficient and it is expedient that only the one dowel hole 17 receives a single damping cylinder 19. The other plug bore 13 then receives a dowel 12 in a conventional manner. Instead, when running after the Fig. 24-27 but also be provided that both dowel holes 13 and 17 each receive a damping cylinder 19. The pivoting flap 49 is then supported on the piston rods 24 of the two damping cylinders 19.

Fig. 26 shows the position of the support arm 1 'before the end of the closing movement of the furniture door at the beginning of the damping process. The stop projection 26 'strikes the stop surface of the still raised pivoting flap 49, which rests on the extended piston rod 24 of the damping cylinder 19.

In a further relative pivoting of the door stop member relative to the support arm 1 'presses the stopper projection 26', the pivoting flap 49 in the in Fig. 27 shown position, wherein the piston rod 24 is moved into the damping cylinder 19 and thereby opposes the movement of a damping force.

The embodiment of the Fig. 28 - 30 differs from the embodiment according to the Fig. 24 - 27 essentially in that the stop projection 26 connected to the support arm 1 'is formed on a stop member 53 releasably mounted on the support arm 1'. The stop member 53 forms at its to the hinge portion of the support arm 1 'directed end a stop surface 54 which formed in the illustrated embodiment as a stop buffer.

The elongated, preferably designed as a sheet metal bent part stop member 53 engages with at least one fastening projection in a back 46 of the support arm 1 'recessed opening 55. In the illustrated embodiment, the fastening projection of at least one, for example two fastening hooks 56 is formed, which is the gelenkfernen edge 57 of the opening 55 under attack. In Fig. 28 is the stop member 53 of the clearer representation half of the support arm 1 'shown lifted.

The stop member 53 engages in the mounted state via a on the back 46 of the support arm 1 'protruding screw head 58 a usually on the support arm 1 provided adjusting.

The stop member 53 is by the engagement on the opening 55 and the grip on the screw head 58 snap-mounted on the support arm 1 'attached. The force acting on the engagement of the abutment member 53 with the pivoting flap 49 in the longitudinal direction of the abutment member 53 damping force is supported on the attachment hooks 56 on the hinge remote edge 57 of the opening 55 of the support arm 1 '.

The stop member 53 is releasably and subsequently attached to the support arm 1 'attached. Since the remaining parts of the damping device, in particular the damping cylinder 19 and the pivoting flap 49 are subsequently attached to the prepared furniture hinge, the damping device can be retrofitted. The damping device Therefore, it can optionally be attached only to those furniture hinges of a piece of furniture to which a damping effect is desired. The furniture hinge is fully functional even without damping device and has no additional components for the damping device. The possibility of retrofitting or selected equipment of the furniture hinges with damping devices thus does not increase the manufacturing cost and cost of the furniture hinge.

Claims (15)

1. Furniture hinge having a door-stop part, which has an insertion cup accommodated in a cup hole of a furniture door, having a carrying arm, which is mounted in a pivotable manner thereon and is connected to a basic furniture structure, and having a damping device, which acts between the door-stop part and the carrying arm and has a damping cylinder, characterized in that the damping cylinder (19) is arranged in a dowel hole (17) axis-parallel to, and laterally alongside, the cup hole (3), and in that the carrying arm (1, 1') has a stop protrusion (26, 26') which, when the door-stop part (4a) pivots relative to the carrying arm (1, 1'), comes into operative connection with the piston rod (24) of the damping cylinder (19).
2. Furniture hinge according to Claim 1, characterized in that the damping cylinder (19) or the door-stop part (2a) has mounted on it in a pivotable manner a pivoting flap (22) with a pivot axis (23) which runs at right angles to the cylinder axis (19b) of the damping cylinder (19), and at a distance from said cylinder axis, on the side directed away from the carrying arm (1, 1'), and in that the pivoting flap (22) has a stop surface (25), which comes into engagement with the stop protrusion (26, 26') of the carrying arm (1, 1').
3. Furniture hinge according to Claim 1 or Claim 2, characterized in that the stop protrusion (26') is positioned on the carrying arm (1').
4. Furniture hinge according to one of the preceding claims, characterized in that the stop protrusion (26) is fitted in an adjustable manner on the carrying arm (1).
5. Furniture hinge according to Claim 4, characterized in that the stop protrusion (26) is guided in a longitudinally adjustable manner on the carrying arm (1).
6. Furniture hinge according to one of the preceding claims, characterized in that the stop protrusion (26) is formed on a stop part (53), which is positioned in a releasable manner on the carrying arm (1').
7. Furniture hinge according to Claim 6, characterized in that the stop part (53), at its end directed towards the articulation portion of the carrying arm (1'), forms a stop surface (54).
8. Furniture hinge according to Claim 7, characterized in that the stop surface (54) is designed in the form of a stop buffer.
9. Furniture hinge according to one of Claims 6 to 8, characterized in that the stop part (53) engages, by way of at least one fastening protrusion (56), in an opening (55) on the rear (46) of the carrying arm (1').
10. Furniture hinge according to Claim 9, characterized in that the fastening protrusion is formed by at least one fastening hook (56), which engages beneath the periphery (57) of the opening (55), said periphery being removed from the articulation.
11. Furniture hinge according to Claim 9 or 10, characterized in that the stop part (53) engages over a screw head (58), which projects on the rear (46) of the carrying arm (1').
12. Furniture hinge according to one of Claims 6 to 11, characterized in that the stop part (53) is fastened with latching-in action on the carrying arm (1').
13. Furniture hinge according to one of the preceding claims, characterized in that a pivoting flap (49) is mounted in a pivotable manner along a pivot axis (50) which runs at right angles to the cylinder axis (19b) of the damping cylinder (19) and at a distance to said cylinder axis, in a direction transverse to the pivoting plane of the carrying arm (1'), and in that the pivoting flap (49) has a stop surface (25), which comes into engagement with the stop protrusion (26') on the rear (46) of the pivoting arm (1').
14. Furniture hinge according to Claim 13, characterized in that the pivot axis (50) of the pivoting flap (49) more or less intersects the centre axis (51) of the insertion cup (2) on the upper side of the insertion cup (2).
15. Furniture hinge according to Claim 13 or 14, characterized in that the pivoting flap (49) is mounted in a pivotable manner on the door-stop part (2a) on either side of the carrying arm (1').

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