EP2588693B1 - Device having an energy accumulator and having a movably supported opening element and piece of furniture - Google Patents

Description

State of the art:

Furniture with a movable furniture part, for example with a fitting or guide means on a furniture body pivotable door or flap or with a drawer or an excerpt are known in different configurations.

In such furniture so-called touch-latch arrangements can be used, wherein the furniture part is at least partially opened with a movably mounted opening element from a closed position on the furniture body. The movably mounted opening element is acted upon by a force storage in order to provide the necessary force for opening the furniture part can. For a next opening operation of the furniture part to be opened, the opening element must be in a standby position and secured against the action of the energy accumulator. From the standby position, the opening element moves out after a release under the force storage effect, in which case it opens the furniture part accordingly in contact with the furniture part. The unlocking of the opening element according to the touch-latch arrangement takes place in the closed position of the movable furniture part by pressing the furniture part in

Direction to the furniture body, so in the closing direction. The DE 102008005463 and the WO2006 / 113961 reveal touch-latch arrangements.

Object and advantages of the invention:

The object of the present invention is to provide a device of the aforementioned type, which is improved in particular with regard to safety aspects and increased ease of use. In particular, after an accidental triggering of the touch-latch arrangement, a secure installation of the closed position of the furniture part should be possible.

This object is solved by claim 1. In the dependent claims advantageous developments of the invention are shown.

The invention is initially based on a device that moves in a mounted state on a furniture on the furniture movably guided furniture part from a closed position in a direction of opening the furniture part, with a force storage device and a movably mounted opening element, after a release, by moving the furniture part in a closing direction and pressing against a Entsicherungsabschnitt, is moved out of a secure standby position under the action of the energy storage and thereby opens a contact portion of the opening element in contact with the furniture part of this, wherein the device is designed such that when opening the furniture part before reaching a completely open position of the furniture part of the contact between the contact portion of the opening element and the furniture part is canceled and that the opening element for a next opening operation of the furniture part in the Bereitschaftsposi tion is located. The opening element may move back to the standby position immediately after losing the contact between the contact portion of the opening member and the furniture part or with a time offset. The moving back of the opening element can advantageously coupled with the further opening movement of the movably guided furniture part done. Particularly advantageous is the loading of the energy storage.

A first essential aspect of the invention is that the opening element, a displaceable support member is present, which is displaced via displacement depending on the movement of the opening member from a basic position in a manner that during a closing movement of the movably guided furniture part and a simultaneous impressions of the opening element in a case where the opening member has not been transferred to the standby position, the support member retains the furniture member so far that, in this process, the furniture member does not reach the unlocking portion in a maximum possible closed position. The displacement means comprise a control element which is mounted in the opening element such that the position of the control element with respect to the support element and thus the position of the support element is dependent on a pivotal position of the opening element. Thus, the position of the control element and thus of the support element can be predefined as a function of the pivot position or pivot positions of the opening element. This is necessary because the support element in a closed position of the furniture part in the normal operation of the device is in a non-operative position and must be brought to the opening after the triggering of the touch-latch mechanism in an operative or projecting position. The storage of the control element in the opening element makes the interaction of control element and support element structurally advantageously possible.

The control element comprises a tension element whose end is fixed to a retaining element, wherein the retaining element moves in a slot which is formed on the opening element. Thus, the arrangement can be designed to save space. With a tension element In particular, tensile forces can be transmitted. However, it is under the tension element to understand an element that can transmit compressive forces. In this respect, the tension element can be referred to by its function as a train-pressure element.

The pressing of the opening element in the direction of the standby position is effected by a contact of the furniture part with the opening element, so that the opening element is moved by the moving from the outside by a person furniture part. With or just before reaching the maximum possible closed position of the furniture part, the secured ready position of the opening element is achieved anyway.

A significant advantage lies in the fact that after an accidental release of the touch-latch mechanism, for example by abutting against a front side of the movably guided furniture part and thus a moving out of the furniture part from the closed position, by manually pressing the furniture part before the furniture part completely is open or if this is still relatively low, the closed state can be safely and quickly set up again. In this case, the opening element is brought back into its secure ready position with the return movement of the opening element. In addition, the energy storage is put back into the fully charged state without prior complete discharge. Advantageously, it is particularly excluded that in this process or immediately after reaching the secured Standby position of the opening element, the opening element is unlocked again while the energy storage unintentionally triggered and thus the opening process is set in motion.

This is achieved by displacing the support member so that it can e.g. protrudes from an envelope surface or an edge contour of the opening element and can come into contact with an inner side of the furniture part. This is adjusted so that while the furniture body and thus the Entsicherungsabschnitt facing inside of the furniture part is held in the maximum possible closed position of the furniture part at a distance from the arming section of the opening element. An action on the Entsicherungsabschnitt is avoided in this situation. The displaceable support member thus acts temporarily, in a first phase of the opening process, so in particular in case of accidental triggering of the touch-latch mechanism, via the displacement means or depending on the movement of the opening element controlled as a spacer between the furniture part and the arming at a closing process. The support element is particularly in pivotal positions of the opening element, resulting in a comparatively small pivot angle of the closed position result in contact with the furniture part. Unaffected takes place in the opening direction of the opening required for contact between the opening element and the furniture part from a predetermined movement or pivoting position of the opening element between the contact portion and the furniture part. Only in a first movement or pivoting range of the opening element with respect to the secured ready position of the opening element is the support element the contacting part of the opening element. The movement or pivoting position from which contact of the support element with the furniture part no longer takes place and is then taken over by the contact section can be predetermined, for example, via an effective length dimension of the support element.

With the displaced protruding support element via the Support element, the power transmission from the furniture part to the opening element when pressing the furniture part. The secured or in the fixed position located support member securely holds the opening element from acting on the Entsicherungsabschnitt.

Without the displaceable support member would be inevitably pressed so far during pressing of the furniture part by a person, the furniture part that a contact between the furniture part and the arming would take place, resulting in a triggering of the touch-latch mechanism. A triggering of the touch-latch mechanism is just not wanted in the considered operating case.

Further, it is advantageous that the displacement means are designed such that after reaching the maximum possible closed position and subsequent removal of a pressing action on the furniture part, the support element returns to its normal position. This ensures that the support element does not permanently prevent contact between the furniture part and the Entsicherungsabschnitt, which would override the touch-latch mechanism. Because in normal operation of the device, the triggering of the opening process by unlocking the opening element via the touch-latch mechanism is necessary. Upon reaching the maximum possible closed position of the furniture part, what the operator by z. B. can detect a stop position of the furniture part in the closing direction or by detecting the almost completely reached closed position of the furniture part, the operator will no longer press against the furniture part and let it off. Now advantageously the adjusting means come to the effect that with the no longer acting force from the outside by the operator and the effective force for secure retention of the support member in the displaced position no longer exists. With the pressing force of the operator, for example, a clamping mechanism for clamping the displacement means may be coupled, so that the displacement means hold the support member in the displaced position. By removing the Clamping effect can be effective an established restoring force, which can return the support member to its normal position in which the support member is shifted back and can not come into contact with the furniture part.

It is also advantageous that an end of the traction element opposite the gate-guided end acts on the movement of the supporting element. Thus, in particular with exactly one component, depending on the movement of the opening element, the movement of the support element is influenced or controlled become.

Advantageously, the tension element is elastic, in particular a spring element. The tension element is in particular releasably received as a replacement part of the opening element. The tension element may be formed variable in length. In addition, can be realized with the elasticity, in particular a predetermined restoring force in an initial state in a previously made change in length.

In an advantageous modification of the subject invention, the support element cooperates with the tension element, that the force acting on the support element end of the tension element at a moved out of the ready position opening element and the opening element pressed furniture part, ie in an externally effected closing operation, in its position on Support element is clamped by the support element. The support element is displaced from its normal position. Thus, the support member when closing the furniture part can be clamped in a displaced position held by the tension element acts on the support element accordingly. This in turn depends on the pivot position of the opening element. Thus, depending on the pivoting position of the opening element, the furniture part may be in contact with the support element or, if this is not protruding, otherwise with the contact section on the opening element which differs from the support element.

Advantageously, the tension element is guided in a channel. Thus, the tension element can not only be pulled, but also pushed. It can thus be transmitted in particular tensile and / or compressive forces with the elastic tension element. The tension element may be a helical spring with a rigid portion or bolt-like portion in the region of the end opposite the gate-guided end. The channel is open in the longitudinal direction end side and may be laterally tubular closed or partially open.

In an advantageous embodiment, the support element is a Rocker arm whose tilting position is determined by the control element. With a rocker arm can be easily and safely realize different positions of the support element. The particular two-armed rocker arm can be displaced by pivoting or tilting in particular a few degrees from a sunk on the opening element or not active basic position in a projecting at the opening element contour or active position and back.

Further, it is advantageous that the backdrop moves on the opening element along the retaining element. The retaining element can thus stable fixed position, for example, be present on a fitting to a furniture body. The gate can be present on the movably mounted opening element, for example, as a bent designed slot whose width is tuned to an outer dimension of the retaining element. With the ends of the slide can be given relative to the furniture body with respect to opposite directions of movement of the opening element, if necessary, a stop for a maximum possible movement of the opening element.

The invention also relates to a piece of furniture with a device according to one of the aforementioned embodiments. The furniture comprises in particular a furniture body with a movably received furniture part such. As a flap, a door, a drawer or an excerpt.

This can be realized on a furniture, the advantages explained above.

Brief Description:

Further features and advantages of the invention are explained in more detail with reference to different embodiments of the figures.

Figur 1 bis Figur 4

eine erfindungsgemäße Vorrichtung in unterschiedlichen Betriebspositionen und

Figur 5

eine zu Figur 1 bis 4 alternative Ausführungsform gemäß der Darstellung der Betriebssituation aus Figur 1.

In detail shows:

FIG. 1 to FIG. 4

a device according to the invention in different operating positions and

FIG. 5

one too Figure 1 to 4 alternative Embodiment according to the representation of the operating situation FIG. 1 ,

In the FIGS. 1 to 4 sections of the arrangement to illustrate the internal structure are shown partially transparent.

In different embodiments, the same reference numerals are sometimes used for corresponding components.

The FIGS. 1 to 4 show schematically a first advantageous embodiment of the device according to the invention. This shows FIG. 1 a device 1 for opening a movably guided on a furniture 3 furniture part 2, here in the form of a cabinet located in its closed state of rest cabinet door. The furniture part may also be a drawer or a different kind or designated, on a furniture movably arranged element.

The opening of the furniture part 2 takes place after an initiating, a locking mechanism 4 unlocking pressing the hinge-distal part of the cabinet door by means of the thus released, stored in a spring-like energy storage device 5 energy.

For charging a coil spring 6 of the energy accumulator 5, a charging mechanism 7 is provided. The coil spring 6 acts on an opening element for opening the furniture part 2 from the according to FIG. 1 The opening element is designed as a pivotable about a pivot point S1 mounted lever 8, which at a first end via a hook-shaped energy storage spring receptacle 9 with the force to open the movable furniture part in its released state providing spiral spring. 6 connected is. A, relative to the pivot axis S1 of the energy storage spring receptacle 9, opposite second end of the lever 8 is associated with the furniture part 2 to be opened. A roller 10 rotatable about a bearing axis S2 allows a comparatively very low-friction as well as low-noise contact when the lever 8 moves along the furniture part 2 to be opened.

A force reduction means 11 is formed here by way of example in the form of a relative to a base element of the lever 8 and / or its pivot point S1 along the two directions of the double arrow P1 displaceably mounted lever sub-element. For varying the force application point of the energy storage spring receptacle 9, a longitudinal slot 12 is provided at the relevant end of the lever.

Another possibility for influencing the distance in the closed state of rest between furniture and the movably guided, to be opened by the device furniture part 2 and / or adaptation of the device 1 to a corresponding predetermined distance can by a positioning means, here for example in the form of an eccentric Screw 13, be provided. By means of such a positioning means, the release position for releasing the door element to be opened to the required width of the front gap between the furniture 3 and the furniture part 2 can be adjusted.

By means of the positioning means a positioning of furniture part-release means 14 relative to the furniture 3 and / or compared to a base plate 15, are added to the parts of the device 1, and thus their trigger point according to the directions of the two double arrows P2 and P3 are varied. The positioning can be realized differently from the eccentric design with the eccentric screw 13, for example, in the form of a relative to a fixing point slidable slot or another, corresponding embodiment.

In the embodiment shown here, the locking mechanism 4 and / or the furniture part release means 14 comprise two pivoting levers 16 and 17 which are pivotably mounted via a respective pivot axis S3 or S4 and coupled via a connecting lever 18. The first pivot lever 16 has two approximately in the same direction aligned and connected to a two knee sections having intermediate piece, approximately rectilinearly formed lever ends. A front end of the first lever end 16a serving as a releasing portion of the device 1 is associated with the furniture part 2 to be opened, starting from FIG. 1 is pressed by pressing the furniture part 2 in the direction of the furniture 3 and the consequent pivoting of the pivot lever 16 via the pivot point S3 and parallelogram on the connecting lever 18 of the second pivot lever 17. In this case, a hook-shaped end 17a of the pivoting lever 17 comes out of engagement with a complementary, here exemplarily pin-shaped locking element 19 on the lever 8.

The device 1 for opening the furniture part 3 movably guided furniture part 2 is thereby unlocked. It can open the cabinet door to be opened according to the arrow P4 upon completion of the action of force applied to release the locking mechanism 4 or to actuate the furniture part release means 14. In this case, the lever 8 pivots out of the in FIG. 1 illustrated standby or locking position about the pivot axis S1 under the spring action of the coil spring 6, wherein the roller 10 presses against the furniture part 2 on the inside.

To return the parallelogram pivotable lever mechanism with the pivot levers 16, 17 and the connecting lever 18, a return means 20, formed here by way of example as a helical tension spring may be provided. Damping elements 21, 22 and 23 may be provided to further increase the ease of use for the two pivot levers 16 and 17 and the locking element 19. As materials of the damping elements can z. B. elastic sheaths of the relevant stop elements use such. As O-rings, rubber or plastic buffer or the like.

The charging mechanism 7 for the energy accumulator 5 is realized here by way of example in the form of a hinge 24. It comprises a furniture part adapter 25, a connection piece 27 movably coupled thereto via a bearing 26, a tensioning lever 29 coupled thereto via a further bearing 28 and an adjoining control cam 31 with a flank 31a pivotably mounted in a rotary bearing 30. The clamping lever 29 with the control cam 31 together with flank 31a rotates when opening the furniture part 2 in the direction of arrow P5 to the pivot bearing 30th

A third end 32 of the lever 8 forms the complementary control to the hinge 24 of the device 1 and both together, together with the energy storage spring receptacle 9 of pivotable about the pivot axis S1 lever 8, the charging mechanism 7 for the energy storage 5. This charging mechanism 7 is then effective when the furniture part 2 is regularly opened from its slightly open position after unlocking the unlocking mechanism or activating the furniture part release means 14 resulting open position (not shown). For this purpose, the third end 32 of the unlocked pivot lever 8 pivots according to the arrow P6 to the pivot point S1 to block the pivotal movement against the control cam 31. Preferably, the geometries of the individual sub-elements of the device 1 can be designed so that the energy storage device 5 in this position has a slight bias. Thus, all the elements of the device 1 involved can be stabilized in their respective working position.

By means of a roller 33 mounted in a bearing axis L, a virtually friction-free control sequence and thus improved guidance of the movement of the third end 32 of the lever 8 upon application of a corresponding actuating force by the control cam 31 can be achieved.

Upon further opening of the furniture part 2 in the direction of arrow P4 on the in FIG. 2 shown position (not shown), the roller 33 moves along the flank 31a according to the straight control cam in the direction of arrow P6 by the cam 24 controlled by the cam movement in the direction of arrow P5. As a result, the lever 8 is moved with its second end according to the arrow P7 in the direction of the closing state of the device 1.

By pivoting the lever 8 also pivots its first end or the energy storage spring receptacle 9 against the tensile force of the energy accumulator 5 and loads it to prepare for the next opening operation for the furniture part 2 until the locking hook at the end 17a of the pivot lever 17 after a Ausschwenkvorgang by pressing the locking element 19 against a convexly rounded end-side guide flank outside at the end 17a returns to its original locking position and engages with the locking element 19.

The locking parts or the pivot lever 17 and the locking element 19 thus form in this embodiment force storage unloading locking means. As a result, the furniture part 2 to be opened can be moved completely freely starting from this pivoting position or when the lever 8 is engaged immediately before. Both in a further opening direction and in the closing direction, up to the normally provided closed state of the furniture part 2 with a thereby forming "front gap" a (see FIG. 1 ) between an end face of the furniture 3 and an inner side of the furniture part 2. The control cam 31 can move here with a flank 31b on the roller 33, touching or without contact, in the predetermined by the pivot bearing 30 movement curve.

After fixation of the so re-charged force accumulator 5 by the force storage-unloading lock means, here in the form of the hook-shaped lock 17a, 19, the device-triggering end or the lever end 16a is adjacent to the inside the furniture part 2 and the lever 8 back to its rest position and thus for a triggering of the next opening operation by pressing against the direction of the arrow P4 on an outer side 2a of the furniture part 2 ready for operation.

The Figures 3 and 4 show in practice frequently occurring operating situations, according to which the furniture part unlocking means 14 were accidentally activated by pressing on the outside 2a of the furniture part 2, so that the lever 8 as described above under the action of the energy storage device 5 swings something while the furniture part 2 in the opening direction according to Arrow P4 in FIG. 2 emotional. This is where the invention begins, according to which a user can act on the furniture part 2 immediately upon noticing the accidental opening, so that the furniture part 2 can easily be brought back into the closed position with a fully charged energy store.

In this case, the possibility is provided according to the invention, immediately after the accidental release of the device 1 and the unlocking of the lever 8, which z. B. can be done by an abutment outside the furniture part 2, by a repeated or stronger counterpressure on the furniture part 2, the device back into the according FIG. 1 shown situation with the ready position of the lever 8 to bring. When pressing on the outside 2a of the furniture part 2 according to arrow P8 (see FIG. 3 ), the lever 8 is pivoted back according to arrow P9 and brought into its standby or locking position. In order to avoid that the furniture part 2 in this pressing and pivoting of the lever 8, the furniture part enabling means 14 is activated or an inner side 2b of the furniture part 2 presses against the lever end 16a, according to the invention, a safety or emergency charging mechanism is present. This comprises a tilting or pivoting lever 35 formed support member on the lever 8. The pivot lever 35 is formed as a two-armed lever and limited tiltably mounted on a pivot bearing 36 on the lever 8. In addition, a configured as a train-pressure element 37 displacement means is present, which depends on the pivotal movement of the lever 8 from a basic position, which in FIG. 1 shown is displaceable. The tension-pressure element 37 is formed, for example, as an elastic spring element, which is fixed in position fixed to the base plate 15 with one end. For this purpose, for example, a bearing pin 38 on the base plate 15 is present, which engages in a recess at one end of the train-pressure element 37. The bearing pin 38 penetrates a backdrop-like bent extending slot 38 a in the lever eighth

At the other end of the tension-pressure element 37, a rigid clamping bolt portion 39 is formed. In addition, the train-pressure element 37 is received longitudinally displaceable in a sliding guide 40 in the lever 8 protected.

Depending on or with the pivoting of the lever 8 in the opening direction from the starting position according to FIG. 1 , For example, after accidental bumping on the furniture part 2, the tension-pressure element 37 moves relative to the lever 8 in the slotted guide 40, so that the clamping bolt portion 39 according to arrow P0 in FIG. 3 is moved in the direction of the pivot lever 35 and acts on this at an inner free end portion 35b so that the pivot lever 35 with its inner end portion 35b opposite free outer end with a support portion 35a so projecting on the lever 8 forms that the support portion 35a in Appendix with the inside 2b of the furniture part 2 according to FIG. 3 reaches, in particular when the furniture part 2 is moved in the direction of the arrow P8 by pressing in the direction of the lever 8. This corresponds in particular to the case that the operator notices this immediately after the accidental knocking on the furniture part 2 and closes the furniture part 2 again.

In this case, the support portion 35a is so displaced on the lever 8 and on an inner side 2b facing the outside 8a protruding that a contact of the inside 2b with the roller 10 does not take place ( FIG. 3 ), but pushes the inside 2b against the support portion 35a and thus according to arrow P10 ( FIG. 4 ) The inner end portion 35b of the pivot lever 35 presses against the clamping bolt portion 39 and this is not contrary to the direction of arrow P0 can recede, what would happen if the lever 8 moves without pressing the furniture part 2 against the support portion 35a or in normal operation in the direction P9.

The fact that the tension-pressure element 37 can not move back to its original relative position to the lever 8, it is elastically extended during pivoting of the lever 8 and thereby biased. Upon further pivoting is reached with the reaching of the Verrastungsposition of the lever 8 via the locking mechanism 4 of the energy storage device 5 again properly, which FIG. 4 shows. The furniture part 2 and the lever 8 can not be pressed further to the furniture 3, since the roller 10 abuts against the pivot lever 16 and the bearing pin 38 in the slot 38 a. In this case, however, remains due to the supernatant of the support portion 35a, the inner side 2b of the furniture part 2 spaced to Entsicherungsabschnitt or the lever end 16a of the pivot lever 16. Thus, the furniture part 2 only in accordance with FIG. 4 shown position are pressed. The inside 2b remains spaced by the distance b from the lever end 16a.

Is based on FIG. 4 Subsequently, a pressing force on the furniture part 2 taken away, the clamping action of the end portion 35b is lifted to the clamping bolt portion 39 and the elastic prestressed tension-compression element 37 contracts in the direction of the fixed position end on the bearing pin 38 and with its clamping bolt portion 39 back , This lacks an abutment for the end portion 35b, so that the pivot lever 35 again in its non-protruding orientation on the lever 8 according to FIG. 1 arrives.

Subsequently, with slight bias of the device 1, the inside 2b is offset by the distance b or by a few millimeters in the direction of the furniture 3 until it comes into contact with the lever end 16a.

One of the basic principle to the device according to Figure 1 to 4 comparable alternative arrangement shows FIG. 5 , The device according to FIG. 5 differs only in the locking mechanism 4 and the furniture part-release means 14. The furniture part-release means 14 comprise a sprung by a spring 42 and relatively linearly movable on the furniture 3 release lever 41 which is connected to an intermediate lever 43, which in turn acts on a pivot lever 44 which is pivotable about a pivot axis S4. To cancel the locking mechanism 4, the pivot lever 44 is pivoted so that a pin 45 is released at the front of the pivot lever 44 from a locking contour 46 on the lever 8 and the unlocked or unlocked lever 8 pivots under the action of the coil spring 6 in Direction of the furniture part 2 and opens this.

Other elements including emergency function are according to the embodiment of the Figure 1 to 4 educated.

LIST OF REFERENCE NUMBERS

1

contraption

2

furniture part

2a

outside

2 B

inside

3

Furniture

4

locking mechanism

5

power storage

6

spiral spring

7

charging mechanism

8th

lever

8a

outside

9

Power storage spring receiving

10

role

11

Force-reduction means

12

longitudinal slot

13

Eccentric screw

14

Furniture part-clearing means

15

baseplate

16

pivoting lever

16a

lever end

16b

lever end

17

pivoting lever

17a

The End

18

connecting lever

19

locking element

20

Return means

21

damping element

22

damping element

23

damping element

24

hinge

25

Furniture Supply Adapter

26

camp

27

joint

28

camp

29

clamping lever

30

pivot bearing

31

cam

31a

flank

31b

flank

32

The End

33

role

34

Power storage Entladesperrmittel

35

pivoting lever

35a

support section

35b

end

36

pivot bearing

37

Train-pressure element

38

bearing pin

38a

Long hole

39

Clamping bolt section

40

link guide

41

sear

42

compression spring

43

intermediate lever

44

pivoting lever

45

pen

46

locking profile

Claims (9)

1. Device (1), which in an assembled state on a piece of furniture (3) moves a furniture part (2) guided movably on the piece of furniture (3) from a closed position in an opening direction of the furniture part (2), with an energy store (5) and a movably mounted opening element (8), which after unlocking, by moving the furniture part (2) in a closing direction and pressing the furniture part (2) against an unlocking section (16a, 41) of the device (1), can be moved out of a secured position of readiness under the influence of the energy store (5), and a contact section (10) of the opening element (8) in contact with the furniture part (2) opens the latter, wherein the device (1) is configured such that on opening the furniture part (2) before reaching a fully opened position of the furniture part (2) the contact between the contact section (10) of the opening element (8) and the furniture part (2) is annulled and the opening element (8) is in a position of readiness for a subsequent opening procedure of the furniture part (2), characterised in that on the pivotable opening element (8) a movable support element (35) is provided which can be moved by transfer means depending on the movement of the opening element (8) from a basic position, in which the support element (35) is moved back and cannot come into contact with the furniture part (2), such that during a closing movement of the movably guided furniture part (2) and simultaneous pushing in of the opening element (8), when the opening element (8) has not been moved into the position of readiness, the support element (35) holds back the furniture part (2) so far that during this procedure the furniture part (2) in a maximum possible closed position does not reach the unlocking section (16a, 41), wherein the transfer means comprise a control element which is mounted in the opening element (8) such that the position of the control element relative to the support element (35) and thereby the position of the support element is dependent on a pivot position of the opening element (8) and the control element comprises a traction element (37), the end of which is secured to a securing element (38), wherein the securing element (38) moves in a slide (38a) which is formed on the opening element (8).
2. Device according to claim 1, characterised in that the transfer means are designed such that after reaching the maximum possible closing position and then removing pressure on the furniture part (2) the support element (35) returns to its basis position.
3. Device according to claim 1, characterised in that an end (39) of the traction element (37) opposite the slide-guided end influences the movement of the support element (35).
4. Device according to any one of the preceding claims, characterised in that the traction element (37) is elastic.
5. Device according to any one of the preceding claims, characterised in that the support element (35) cooperates with the traction element (37) such that the end (39) of the traction element (37) acting on the support element (35) with an opening element (8) moved out of the position of readiness and a furniture part (2) pushed against the opening element (8) is clamped in its position on the support element (35) by the support element (35).
6. Device according to any one of the preceding claims, characterised in that the traction element (37) is guided in a channel (40).
7. Device according to any one of the preceding claims, characterised in that the support element (35) is a tilting lever, the tilting position of which is determined by the control element (37).
8. Device according to any one of the preceding claims, characterised in that the slide (38a) on the opening element (8) moves along the securing element (3 8).
9. Piece of furniture comprising a device according to any one of the preceding claims.

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