EP3400835A1 - Pivot fitting and furniture - Google Patents

Abstract

A pivot fitting (1), in particular for Verstellsegmente of furniture, has a first lever (2) and a second lever (3) which are pivotally mounted about a common axis (D) to each other, a latch mechanism with which the two levers ( 2, 3) in different angular positions relative to each other in a return direction (R) can be latched, wherein the latch mechanism rotatably on the second lever (3) fixed toothing (4), about the common axis (D) pivotally mounted control disc (7) and one on the first lever (2) pivotally mounted and in the direction of the toothing (4) loaded latching pawl (5a) which is in a detent position of the pivot fitting (1) in engagement with the toothing (4), wherein the latch (5a) at Pivoting of the second lever (3) by a predetermined angle (α) relative to the first lever (2) in an adjustment direction (V) out of engagement with the toothing (4) can be brought, wherein disengaged from the Verz (4) provided latching pawl (5 a) of the second lever (3) in the return direction (R) is pivotable, wherein the latch mechanism a latching of the two levers (2, 3) and a switching of the pivoting movement of the adjustment (V) in the Return direction (R) and vice versa in any angular positions relative to each other allows. Furthermore, a furniture is described.

Description

The present invention relates to a pivot fitting, in particular for Verstellsegmente of furniture according to the preamble of claim 1. The invention further relates to a piece of furniture with such a pivot fitting.

Generic pivot fittings are known in numerous variants of the prior art. For example, from the EP 2 544 567 B1 a pivot fitting known in which a latching mechanism, two levers are latched relative to each other. Such swivel fittings are used for example to attach a pivotally mounted on a body of a furniture backrest, headrest, armrest or footrest on the body of the furniture to fix them using the pivot fitting from a starting position in a desired position.

To adjust the head or arm support from a flat position in an initial position in an adjustment steeper or to lock, such a catch fitting can be further pivoted in the adjustment, the head or arm support locked in the desired position against the adjustment and thus resilient is.

Such swivel fittings usually have a limited adjustment angle, wherein the maximum displacement defines an upper switching range, which is located at the end of the possible adjustment of the swivel fitting.

This switching area serves to be able to reset the pivot fitting back to its initial starting position. If the user accidentally overrun the position desired by him when adjusting the head or arm support, he must first pivot the pivot fitting in the upper switching position, then swing back the pivot fitting back to the starting position and finally pivot again in the desired locking position.

Object of the present invention is to provide a swivel fitting, on the one hand with such adjustment in a desired Locking position is further simplified and allows an enlarged adjustment.

This object is achieved by a pivot fitting with the features of claim 1.

The object is further achieved by a piece of furniture with such a pivot fitting with the features of claim 10.

The pivot fitting according to the invention has a first lever and a second lever, which are mounted pivotably about each other about a common axis. The two levers can be latched by means of a latch mechanism in different angular positions relative to one another in a return direction.

The pawl mechanism has a toothing which is fixed against rotation on the second lever, a control disk pivotably mounted about the common axis and a latching lever which is pivotably mounted on the first lever and loaded in the direction of the toothing, which engages with the toothing in a detent position of the swivel fitting.

When the second lever is pivoted, the latching pawl can be brought out of engagement with the toothing by a predetermined angle relative to the first lever in an adjustment direction. When brought out of engagement with the toothing latch, the second lever is pivotable in the return direction.

The latch mechanism allows a locking of the two levers and a switching of the pivoting movement of the adjustment in the return direction and vice versa in any angular positions relative to each other.

Due to the possibility of switching the latch mechanism for a pivoting movement of the adjustment in the return direction and vice versa and the locking in any angular positions new functions are particularly realizable that are not possible due to the currently limited adjustment.

For example, adjusting segments can be adjusted to stop against another segment or component of the furniture latching, since in the inventive Swing fitting a so-called safety distance, which must be met for switching in the known from the prior art swivel fittings, is no longer necessary.

Furthermore, the reset of a trained example as a head or armrest furniture segment, which is attached via such a swivel fitting to a furniture body, in a simple and direct way allows, since the user can now move the swivel fitting directly in the return direction, without first a predefined to move down the upper switching range.

Finally, the pivot fitting according to the invention is characterized in that due to the unlimited possible pivoting of the two levers to each other, from which results in a 360 ° -Rastbereich, such a swivel fitting for a variety of applications can be used.

Advantageous embodiments of the invention are the subject of the dependent claims.

According to an advantageous embodiment variant, the latch mechanism has a control lever pivotably mounted on the first lever, a toothed control disk, a reactivation element coupled to the latch and a blocking unit.

Preferably, the toothed control disc is rotatably coupled in the adjustment direction with the toothing and blocked in the return direction of the control lever rotatable relative to the toothing. In this case, the control disk is held by the blocking unit in a position which holds the latch out of engagement with the toothing and can be pivoted back into engagement with the toothing by the reactivation element.

The blocking unit is formed in a preferred embodiment as the first lever pivotally mounted second control lever which is coupled via a tooth with the toothed control disc and in the region of its free end against the latch can be pressed so that it comes out of engagement with the toothing.

In an alternative embodiment, the blocking unit is designed as a Bowden cable coupled to the control disk.

This makes it possible to switch the swivel fitting at any time via a trigger handle connected to the Bowden cable or the like from a free pivoting in the adjustment in a pivoting in the return direction.

The latching in a desired angular position of the two levers to each other then carried out by simple small-angle pivoting of the first lever in the adjustment.

According to a further preferred embodiment variant, the toothed control disc has a radial toothing interacting with the control lever and an axial toothing pressed against an axial end face toothing of the toothing with a spring element.

The spring element causes a steady pressing of the toothed control disc on the teeth. Due to the orientation of the teeth of the axial end teeth of the toothing and the axial toothing of the toothed control disk, the rotationally fixed coupling of the toothed control disk with the toothing in the adjustment direction and the rotatability of the toothed control disk with respect to the toothing in the return direction is achieved.

According to a further preferred embodiment variant, the control disc for pivotal coupling with the latch on a cam lobes and a Mitnehmerlappen, wherein provided with at least one latching tooth end of the latch between the Mitnehmeroppen and the Mitnehmerlappen is positioned, whereby a simple to produce and reliable coupling of the latch with the Control disk is effected.

The reactivating element is designed according to a preferred embodiment variant as a control pawl coupled to the latching pawl via a compression spring and pivotably mounted on the first lever.

In this case, an end face of the reactivation element is preferably provided by a stop formed, for example, as a pin, against which a free end of the control lever can be pressed.

Figur 1

eine perspektivische Explosionsdarstellung einer ersten Ausführungsvariante eines erfindungsgemäßen Schwenkbeschlages,

Figur 2

eine Draufsicht auf den Schwenkbeschlag gemäß Figur 1 in einer Raststellung,

Figur 3

eine Draufsicht auf den Schwenkbeschlag aus Figur 1 in einer entrasteten Stellung,

Figur 4

eine perspektivische Ansicht auf den Schwenkbeschlag aus Figur 1 in einer Raststellung,

Figur 5

eine Seitenansicht des Schwenkbeschlags aus Figur 1 im Schnitt,

Figur 6

eine perspektivische Explosionsdarstellung einer zweiten Ausführungsvariante eines erfindungsgemäßen Schwenkbeschlages,

Figur 7

eine Draufsicht auf den Schwenkbeschlages gemäß Figur 6 in einer Raststellung,

Figur 8

eine perspektivische Darstellung des Schwenkbeschlags gemäß Figur 6 mit abgenommenem Deckel,

Figur 9

eine Seitenansicht auf den Schwenkbeschlag gem. Figur 6 im Schnitt und

Figur 10

eine perspektivische Detaildarstellung der Verzahnung, der Zahnsteuerscheibe und des Federelements.

Hereinafter, preferred embodiments of the invention will be explained in more detail with reference to the accompanying drawings. Show it:

FIG. 1

an exploded perspective view of a first embodiment of a pivot fitting according to the invention,

FIG. 2

a plan view of the pivot fitting according to FIG. 1 in a locked position,

FIG. 3

a plan view of the pivot fitting FIG. 1 in a unlatched position,

FIG. 4

a perspective view of the pivot fitting of Figure 1 in a detent position,

FIG. 5

a side view of the swivel fitting FIG. 1 on average,

FIG. 6

an exploded perspective view of a second embodiment of a pivot fitting according to the invention,

FIG. 7

a plan view of the pivot fitting according to FIG. 6 in a locked position,

FIG. 8

a perspective view of the swivel fitting according to FIG. 6 with lid removed,

FIG. 9

a side view of the swivel fitting acc. FIG. 6 on average and

FIG. 10

a detailed perspective view of the toothing, the toothed control disc and the spring element.

In the following description of the figures, terms such as above, below, left, right, front, back, etc. refer exclusively to the exemplary representation and position of the swivel fitting, the lever, the pawl mechanism, the toothing, the latch, the toothed control disk selected in the respective figures and the same. These terms are not intended to be limiting, ie, by different working positions or the mirror-symmetrical design or the like, these references may change.

In FIG. 1 is denoted by the reference numeral 1 a total of a first embodiment of a pivot fitting according to the invention.

The pivot fitting 1 has a first lever 2 and a second lever 3, which are pivotally mounted about a common axis D to each other.

The pivot axis D is formed here by a toothing 4, which is non-rotatably received with a gear 43 rotatably in a recess formed as a toothed ring 33 in a lever head 32 of the second lever 3. On the lever head 32 of the second lever 3, a lever head 22 of the first lever 2 is placed.

To facilitate pivoting of the two levers 2, 3 to each other between the levers an O-ring 18 is inserted, which is slipped over the gear 43 of the teeth 4 and the two on the facing surfaces of the lever heads 22, 32 of the lever 2, 3 in one keeps predetermined distance to each other. A core of the toothing 4 is sleeve-shaped.

In a central receptacle 44 of the toothing 4, a bolt 11a is received, which holds the two levers 2, 3 together. In this case, a T-shaped head portion is located at one end of the sleeve, while the provided with the gear 43 end of the toothing 4 is on the first lever 2 remote from the rear side of the second lever 3 covered with a holding plate 11b, which is attached to the pin 11a is.

Above the first lever 2, a pawl mechanism consisting of a large number of components is arranged, with which the two levers 2, 3 can be latched in different angular positions relative to one another in a return direction R.

The ratchet mechanism in this case has the previously mentioned rotationally fixed on the second lever 3 toothing 4, and a pivotable about the common axis D mounted control disk 7 and a pivotally mounted on the first lever 2 and in the direction of the toothing 4 loaded latch 5a, in a detent position the swivel fitting 1 is in engagement with the toothing 4.

For locking, the toothing 4 has a patch on the central sleeve 45 ring teeth with a radial toothing 41, in which a in FIG. 2 and 3 shown latching tooth 55a engages.

The orientation of the teeth of the external teeth 41 of the toothing 4 and the locking tooth 55a of the latch 5a is designed so that the latching tooth 55a blocks rotation of the gear 4 in the return direction R and allows rotation of the gear 4 in the adjustment direction about the rotation axis D.

The latch 5a is engageable by the latch mechanism upon pivoting of the second lever 3 by a predetermined angle relative to the first lever 2 in an adjustment direction V out of engagement with the teeth 4. Once this is the case, the second lever 3 can be pivoted relative to the first lever 2 in the return direction R.

The latch mechanism is designed such that thereby locking the two levers 2, 3 in a switching of the pivoting movement of the adjustment direction V in the return direction R and vice versa in any angular positions relative to each other is possible.

This is both in the in the FIGS. 1 to 5 shown first embodiment of the swivel fitting 1 and in the in the FIGS. 6 to 9 shown second embodiment of the pivot fitting 1 a pivotally mounted on the first lever 2 control lever 8, a toothed control disk 6, a coupled to the latch 5a reactivating 5b and a blocking unit 9a, 9b provided.

The detent pawl 5 a is held pivotably on the first lever 2 via a pin 15 which is received in a bore 26 on the first lever 2 and which is aligned parallel to the axis of rotation D.

In both embodiments, the reactivating element 5b is designed as a control latch which is designed to be mirror-inverted relative to the latching pawl 5a and which, in contrast to the latching pawl 5a, is not provided with a latching tooth 55a.

The reactivating element 5b is rotatably mounted with a further pin 15 next to the latching pawl 5a in a bore 26 on the first lever 2.

At one of the serving as a rotation axis pins 15 of the toothing end facing a compression spring 20 is received in respective spring housings 53a, 53b of the latch 5a and the reactivation 5b, so that a pivoting of the latch 5a directly a force on the compression spring 20 (in Form of a load or a discharge, depending on the pivoting direction) on the reactivation 5b and vice versa.

On a side facing away from the lever head 22 of the first lever 2 top of the latch 5a and the reactivating 5b are preferably arranged near the teeth 4 designed as a bolt stops 54a, 54b. The mutually facing lateral surfaces of these stops 54a, 54b serve to create free ends of the control lever 8 and one in the in the FIGS. 1 to 5 embodiment shown also designed as a lever blocking unit 9a.

Both the control lever 8 and the blocking unit 9a are pivotally mounted in each case via a Distanzniet 12 on the lever head 22 of the first lever 2, close to an upper end of the lever head 22 on one of the latch 5a and the reactivation 5b opposite side of the teeth. 4

The lever arms 82, 92a of the control lever 8 and the blocking unit 9a are preassembled so that the free ends 83, 93a between the stops 54a, 54b of the latch 5a and the Reaktivierelements 5b einliegen.

Each of the arms 82, 92a of the control lever 8 and the blocking unit 9a is arcuate and has in each case on the inside a Z ahn 84, 94a, which is able to engage in a radial teeth 61 with radially outwardly facing teeth of a toothed control disc 6.

FIG. 10 shows a detailed perspective view of this toothed control disk 6, the toothing 4 and a spring element 10 with which the toothed control disk 6 is pressed onto the toothing 4.

As shown in this figure, the toothed control disc 6 in addition to the radial toothing on an axial toothing 62, which is in engagement with an end toothing 42 of the toothing 4. The teeth of the face toothing 42 and the axial toothing 62 of the toothed control disk 6 are shaped so that the toothed control disk 6 rotatably coupled in the adjustment direction V with the teeth 4 and blocked in the return direction of the control lever 8 is rotatable relative to the toothing 4.

If the toothed control disc 6 is blocked with the control lever 8, the teeth of the axial toothing 62 of the toothed control disc 6 can slide over the teeth of the end toothing 42 of the toothing 4 and are pressed together resiliently by the spring element 10.

Below the radial toothing 41 of the toothing 4, a control disk 7 is pivotally mounted. The control disk 7 in this case has a central recess for receiving a diameter of the gear 43 corresponding sleeve portion of the toothing 4, which is formed by a ring piece 71 of the control disk 7.

On one of the latch 5a and the Reaktivierelement 5b facing edge of the ring piece 71 is formed a driving lugs 72 and a Mitnehmerlappen 73 extending from the plane of the ring piece 71 upwards in the direction of the latch 5a and the reactivation 5b.

The toothing 4 near the end of the pawl 5a is clamped between the driving lugs 72 and the Mitnehmerlappen 73, so that a pivoting movement of the latch 5a leads to a corresponding pivoting movement of the control disk 7.

The latch mechanism is covered at the top by a cover 19, which serves with a receptacle 191 for receiving the bolt 11a.

Furthermore, between the control lever 8 and the blocking unit 9a on the one hand and the latch 5a and the reactivation 5b on the other hand, a partition plate 17 is provided, which serves primarily to ensure the exact pivotal movement of the control lever and the blocking unit 9a.

Unlike in the FIGS. 1 to 5 shown embodiment of the swivel fitting 1 is in the in the FIGS. 6 to 9 shown embodiment variant of the swivel fitting 1 instead of the blocking lever designed as a blocking unit 9a designed as a Bowden blocking unit 9b.

The Bowden cable is coupled with an end piece 92b directly to the control disk 7a.

For this purpose, the control disk 7a is formed with a coupling part 74a, which extends radially from the annular piece 71a of the control disk 7a, so that by actuating the Bowden cable 9b, a pivoting movement of the control disk 7a is caused.

The puller wire 91b of the Bowden cable 9b is fixed via a fixing element 93b and a connecting piece 94b to a fastening piece 2a of the first lever 2 provided for this purpose.

The fastening element 2a is preferably formed in the embodiment shown here as a separate, fixable on the lever arm 21 of the first lever 2 separate component. It is also conceivable to form the first lever 2 so that an attachment of the Bowden cable is made possible directly on this.

Subsequently, the operation of the two embodiments will be explained.

The pivot fitting 1 according to the in the FIGS. 1 to 5 shown embodiment is in FIG. 2 shown in a locked position. In this case, the latching tooth 55a of the latching pawl 5a in engagement with the radial toothing 41 of the toothing 4. As a result, a load of the pivot fitting 1 in the return direction R is possible. In adjustment V an adjustment of the pivot fitting 1 is possible.

The adjustment of the swivel fitting 1 takes place via a rotational movement of the second lever 3, in which the toothing 4 is held against rotation. By this rotational movement of the toothing 4, the latching pawl 5a is pushed out of the external toothing 41 of the toothing 4. In this case, the control disk 7, which is rotatably mounted around the toothing 4 and the latching pawl between the driving studs 72 and the driving lugs 73 encloses, with pivoted.

Upon further rotation of the toothing 4 in the adjustment direction V, in which the toothed control disk 6 is also rotated, directs the radial toothing 61 of the toothed control disk 6 the blocking unit 9a, which is designed here as a lever, by pushing out of the tooth 94a of the blocking unit 9a on.

In this case, the free end 94a of the blocking unit 9a presses against the stop 54a of the latch 5a and thus deflects the latch 5a further. This position is in FIG. 3 shown, in which it can be seen that the latching tooth 55a of the latching pawl 5a is held out of engagement with the radial toothing 41 of the toothing 4.

In this position, it is now possible to adjust the pivot fitting 1 in the return direction R. Because the deflection of the latch 5a causes by the compression spring 20, a pivoting of the reactivation 5b with its the toothing 4 near end on the teeth 4 to.

In this case, the control lever 8 is pushed so far to the toothed control disc 6 through the stop 54b that the tooth 84 of the control lever 8 engages in engagement with the radial toothing 61 and thus blocks a rotation of the toothed control disc 6.

During the rotation of the toothing 4 in the return direction, the toothed control disk 6 is pressed axially upwards via the tooth geometry of the face toothing 42 of the toothing 4 and the toothed wheel 6 of the toothed control disk 6, wherein the spring element 10 designed here as a leaf spring, by pressure on the toothed control disk 6, ensures that the toothed control disk 6 is always pressed axially against the toothing 4.

This results in the movement of the swivel fitting 1 in which also referred to as Reversiermodus return movement in the return direction R is a rocking axial movement of the toothed control disc. 6

If the direction of rotation of the second lever 3 is reversed again, that is to say moved again in the adjustment direction V, the toothed control disk 6 is again moved together with the toothing 4.

In this case, the toothed control disk 6 pushes the control lever 8 out of engagement with the toothed control disk 6 and presses with its free end 83 against the stop 54b of the reactivation element 5b, so that the toothing 4 near the end of the reactivation element 5b is pivoted away from the toothing 4 ,

As a result, the pressure force on the latching pawl 5a is increased via the compression spring 20. As soon as the tooth 94a of the blocking unit 9a can engage in the radial toothing 61 of the toothed control disk 6, the latching pawl 5a is pushed back into the engagement region of the radial toothing 41 of the toothing 4 by the compression spring 20.

In this case, the control disk 7 is taken, so that the pivot fitting 1 again reaches the original locking position.

The swivel fitting 1 can then be charged again in the return direction.

At the in FIGS. 6 to 9 shown variant of the swivel fitting 1, in which instead of the blocking unit formed as a lever 9a designed as a Bowden cable blocking unit 9b is installed, is in FIG. 7 the detent position of the swivel fitting 1 shown.

Again, the locking tooth 55a of the latch 5a with the radial teeth 41 of the teeth 4 is engaged. Again, a burden in the return direction R is guaranteed. An adjustment in the adjustment direction V is made possible by the latch mechanism.

In order to allow a pivoting movement of the second lever 3 in the return direction here, the Bowden cable is actuated, which leads to a pivoting of the control disk 7a in the adjustment direction V.

In this case, the latching pawl 5a is taken out of engagement with the radial toothing 41 of the toothing 4 by the catching flaps 73a.

As a result, a pivoting of the reactivating element 5b is effected via the compression spring 20 in such a way that the control lever 8 comes into engagement with the toothing disc 6 with its tooth 84 and thus locks it against rotation.

This also makes it possible that a single triggering of the trained as Bowden blocking unit 9b is sufficient to take the block override and perform a reversing of the second lever 3 without continuous operation of the Bowden cable.

If the pivoting direction of the second lever 3 is to be reversed again in the adjustment direction V, the toothed control disk 6 is again driven by the toothing 4 here as well.

In this case, the control lever 8 is again pressed out of engagement with the radial toothing 61 of the toothed control disk 6.

The free end 83 of the control lever 8 in turn pushes the Reaktivierelement 5 away from the teeth 4, wherein by the coupling of the reactivation 5b with the latch 5a via the compression spring 20, the latch 5a back into the in FIG. 7 shown locking position is pivoted.

In the mentioned application examples of the invention for the adjustment of backrests, armrests, footrests or headrests on furniture is usually a horizontally oriented pivot axis D of the movable furniture part to the furniture carcass before.

It should be noted that other applications in which the pivot axis is aligned vertically or obliquely in space, are possible. For example, a backrest of a chair can also be rotated about a vertical pivot axis D, so that you do not adjust the backrest angle, but the angular position of the backrest in space.

LIST OF REFERENCE NUMBERS

1

swivel fitting

2

first lever

21

lever arm

22

lever head

23

admission

24

drilling

25

drilling

26

drilling

27

drilling

3

second lever

31

lever arm

32

lever head

33

toothed ring

4

gearing

41

radial toothing

42

Face teeth

43

gear

44

admission

45

central sleeve

5a

latch

51a

attack

52a

bearing bore

53a

spring mount

54a

attack

55a

ratchet

5b

Reaktivierelement

51b

attack

52b

bearing bore

53b

spring mount

54b

attack

6

Toothed control disc

61

radial toothing

62

axial toothing

7

control disc

71

banjo

72

Mitnehmernoppen

73

tang

7a

control disc

71a

banjo

72a

Mitnehmernoppen

73a

tang

74a

coupling part

8th

control lever

81

lever head

82

lever arm

83

free end

84

tooth

9a

blocking unit

91a

lever head

92a

lever arm

93a

free end

94a

tooth

9b

Blocking unit = Bowden cable

91b

Zugdrahtschlauch

92b

tail

93b

fixing

94b

connector

10

spring element

11a

bolt

11b

retaining washer

12

Distanzniet

13

rivet

14

Distanzblech

15

pen

16

rivet

17

Divider

18

O-ring

19

cover

191

admission

20

compression spring

2a

fastener

D

axis

V

adjustment

R

Return direction

Claims (11)

Swing fitting (1), in particular for adjusting segments of furniture, comprising - A first lever (2) and a second lever (3) which are pivotally mounted to each other about a common axis (D), a ratchet mechanism with which the two levers (2, 3) can be latched in different angular positions relative to one another in a return direction (R), - Wherein the latch mechanism rotatably on the second lever (3) fixed toothing (4), one about the common axis (D) pivotally mounted control disc (7) and one on the first lever (2) pivotally mounted and in the direction of the toothing (4) loaded latching pawl (5a) which is in a detent position of the pivot fitting (1) in engagement with the toothing (4), - Wherein the latching pawl (5a) in pivoting of the second lever (3) by a predetermined angle relative to the first lever (2) in an adjustment direction (V) out of engagement with the toothing (4) can be brought, - Wherein when disengaged from the toothing (4) provided latch (5a) of the second lever (3) in the return direction (R) is pivotable, characterized in that - The latch mechanism allows latching of the two levers (2, 3) and a switching of the pivoting movement of the adjustment direction (V) in the return direction (R) and vice versa in any angular positions relative to each other. Pivot fitting according to claim 1, characterized in that the latch mechanism comprises a control lever (8) pivotally mounted on the first lever (2), a toothed control disc (6), a reactivation element (5b) coupled to the latch (5a) and a blocking unit (9a, 9b ) having. Swivel fitting according to claim 2, characterized in that the toothed control disc (6) in the adjustment direction (V) rotatably coupled to the toothing (4) and in the return direction (R) of the control lever (8) blocked relative to the toothing (4) is rotatable, wherein the control disc (7) by the blocking unit (9a, 9b) in a latching pawl (5a) out of engagement with the toothing (4) holding position is durable, wherein the latching pawl (5a) by the reactivating (5b) back into engagement with the toothing (4) is pivotable. Pivot fitting according to claim 2 or 3, characterized in that the blocking unit (9a) as on the first lever (2) pivotally mounted second control lever (9a) is formed, which via a tooth (94a) with the toothed control disc (6) and in the region free end (93 a) against the latch (5 a) can be pressed so that it comes out of engagement with the toothing (4). Pivot fitting according to claim 2 or 3, characterized in that the blocking unit (9b) as with the control disc (17) coupled Bowden cable (9b) is formed. Swing fitting according to claim 5, characterized in that the blocking of the control disk (7) by a single triggering of the Bowden cable (9b) is executable. Pivot fitting according to one of the preceding claims 2 to 6, characterized in that the toothed control disc (6) interacts with the control lever (8) radial toothing (61) and with a spring element (10) to an axial end face toothing (42) of the toothing (4 ) has pressed-on axial toothing (62). Pivot fitting according to one of the preceding claims 2 to 7, characterized in that the control disc (7) for pivotal coupling with the latching pawl (5a) has a driving nubs (72) and a Mitnehmerlappen (73), wherein one with at least one locking tooth (55a) provided End of the latch (5a) is positioned between the driving lugs (72) and the Mitnehmerlappen (73). Swivel fitting according to one of the preceding Claims 2 to 8, characterized in that the reactivating element (5b) is designed as a control pawl coupled to the latching pawl (5a) via a compression spring (20) and pivotably mounted on the first lever (2). Pivot fitting according to one of the preceding claims 2 to 9, characterized in that from an end face of the reactivation (5b) projects a stop (54b) against which a free end of the control lever (8) can be pressed. Furniture with a body and a pivotally held on the body adjusting segment, characterized in that the adjusting segment is attached via at least one pivot fitting (1) according to one of the preceding claims on the body.

Images