WO2023046650A1

WO2023046650A1 - Furniture component

Info

Publication number: WO2023046650A1
Application number: PCT/EP2022/076010
Authority: WO
Inventors: Gerhard Götz; Norbert Poppenborg
Original assignee: ambigence GmbH & Co. KG
Priority date: 2021-09-27
Filing date: 2022-09-20
Publication date: 2023-03-30
Also published as: DE102021124927A1

Abstract

The invention relates to a furniture component (1) comprising a fitting device (2) which is suitable for at least two different vertically pivotable installation positions (100, 101). The fitting device (2) comprises: a first fitting part (3) which can be mounted on a first furniture part (4) such as e.g. a furniture wall (4a) of a furniture carcass; and a second fitting part (6) which is positioned so as to be pivotable relative to the first fitting part (3) and on which a second furniture part (7), such as e.g. a flap (7a) that opens upwards or a bar part (7c) that opens downwards, can be mounted; and a movement-effecting device (8) which acts between the first fitting part (3) and the second fitting part (6) in order to apply a torque (9) which, in both vertically pivotable installation positions (100, 101), acts at least in part in the opposite direction to the direction of gravity (19). The movement-effecting device (8) comprises an energy accumulator (11) for applying the torque (9). The energy accumulator (11) can be tensioned in at least one of the two installation positions (100, 101) by pivoting the second fitting part (6) in the direction of gravity (19).

Description

furniture component

Description

The present invention relates to a furniture component with a fitting device suitable for at least two different vertically pivotable installation positions, such as for an upward-opening flap of a kitchen cabinet and a downward-opening bar part of a bar compartment. The fitting device comprises at least one movement influencing device acting between the first fitting part and the second fitting part for applying a torque which acts at least partially in the opposite direction to the direction of gravity.

Various furniture components with fitting devices with movement influencing devices for vertically pivotable installation positions have become known from the prior art:

EP 1 766 173 B1 and EP 3 221 538 B1 each disclose a pivotably mounted actuating arm for a furniture flap that opens upwards. The actuating arm has several compression springs, the force of which is transferred via a pressure roller and a control cam into an upwards-acting holding force on the lever arm. The compression springs can hold the flap in an open position and prevent the flap from closing shut unintentionally. If used for a downward-opening bar part, the flap would open abruptly downwards due to the strong compression springs, since gravity and the spring force would act in the same direction. When closing the bar part, a user would then have the now disruptive spring force in addition to gravity to be overcome by the compression springs. For this reason, the actuating arm is not suitable for installation positions other than the upward-opening flap. A reconstruction has to be carried out.

DE 10 019 336 A1 discloses a flap holder for two different vertically pivotable installation positions, which can be used, for example, for a flap opening upwards or a bar part opening downwards. The flap holder comprises two arm parts which are pivotably connected to one another via a joint. A friction clutch acts in the joint. The friction clutch can counteract a pivoting moment generated by the weight of the flap when pivoting in the direction of gravity in both installation positions, so that an open flap does not fall down when it is closed or a bar part when it is opened. In both installation positions, the flap holder must be swiveled without support against the force of gravity.

It is therefore the object of the present invention to provide a furniture component with at least one fitting device suitable for at least two different vertically pivotable installation positions, by means of which pivoting against the force of gravity can be supported.

The object is achieved by a furniture component with a fitting device having the features of claim 1. Preferred developments of the invention are the subject matter of the dependent claims. Further advantages and features of the present invention result from the entire description and from the description of the exemplary embodiments.

A furniture component according to the invention comprises at least one fitting device. The fitting device is suitable for at least two different vertically pivotable installation positions. The fitting device comprises at least one first fitting part, which is attached to at least one first furniture part, for example game of a furniture wall or a furniture wall of a furniture body can be accommodated. The fitting device comprises at least one of the second fitting part arranged pivotably to the first fitting part and on which at least one second furniture part such as a flap opening upwards or a bar part opening downwards can be accommodated. The fitting device comprises at least one movement influencing device acting between the first fitting part and the second fitting part for applying at least one torque, which acts at least partially in the opposite direction to a direction of gravity in both vertically pivotable installation positions. The movement influencing device comprises at least one force accumulator for at least partially applying the torque. The force accumulator can be tensioned at least partially in both (e.g. vertically) pivotable installation positions by pivoting the second fitting part in the direction of gravity. The energy storage device can in particular comprise a spring device or be designed as such. In particular, the torque resulting from the force accumulator acts against the direction of gravity on the second fitting part, so that pivoting against the force of gravity is supported at least in one of the installation positions.

The invention has many advantages. An essential advantage of the invention is that the force accumulator of the movement influencing device is loaded or can be tensioned or is tensioned at least by pivoting the second fitting part in the direction of gravity. In particular, at least part of the kinetic energy from the pivoting of the second fitting part in the direction of gravity can be (reversibly) stored in the spring device in the force accumulator and released again when it pivots against the direction of gravity, so that the force accumulator z. B. relaxed in the form of a spring device. The fitting device is provided in at least two vertically pivotable installation positions, ie for example for a flap opening upwards or a bar part opening downwards. A pivoting against gravity is in at least one mounting position supportable . The torque is preferably applied at least in part by the energy accumulator.

In particular, the force accumulator is designed as a spring device or comprises a spring device. It is preferred that the force accumulator and/or the spring device comprises at least one spring unit with at least one spring.

A weight force of a second furniture part received on the second fitting part can preferably also be used at least partially for tensioning the spring device. Preferably, the torque that can be generated by the spring device can support pivoting against the force of gravity at least in one installation position. The force to be applied by a user or the moment for pivoting the second furniture part against gravity is thereby advantageously reduced in at least one installation position. Preferably, the torque of the spring device can be set such that, for example, a flap that is held on the second fitting part and opens upwards can be held in an open and/or diagonally open position by the torque. When the bar part is opening, the spring tension can preferably act against the direction of gravity and prevent the bar part from hitting open and/or brake it during opening.

Advantageously, the furniture component can be conveniently used in various vertically pivotable installation positions. Spring tension and thus the torque acting against the direction of gravity increase particularly advantageously with increasing pivoting against the direction of gravity, so that the torque is at its maximum depending on the installation position in an end position of the fitting device.

In particular, the spring device is at least partially through at least in the two vertically pivotable installation positions the pivoting of the second fitting part can be tensioned in the direction of gravity. In this way, a supporting effect can advantageously be achieved by the torque of the spring device in both installation positions when pivoting against the force of gravity. The torque of the spring device can preferably at least partially slow down pivoting in the direction of gravity in both installation positions. Particularly advantageously, no friction elements are required for this.

The first fitting part and the second fitting part are preferably operatively connected to one another in a movable manner, in particular by at least one pivoting mechanism. In particular, the second fitting part is connected to the first fitting part via the pivoting mechanism. In particular, the second fitting part can be pivoted at least between a first end position (closed position) and at least a second end position (open position).

The spring device preferably comprises at least one spring unit. In particular, the spring unit comprises at least one spring. The spring can preferably be designed as a helical spring or as a tension spring or compression spring. Advantageously, coil springs are inexpensive. Coil springs can also advantageously have high spring constants, so that high torques can be achieved, which support the user when pivoting against the force of gravity. At the same time, helical springs are small, so that a particularly compact design can be achieved. A spring unit can include two or more springs. In particular, several springs are combined into spring assemblies. A spring unit can include several spring assemblies. The springs in the spring assembly and/or in the spring unit can advantageously be connected in series or in parallel in order to adapt a spring characteristic of the spring assembly and/or the spring unit. In particular, spring forces between 100 N and 5000 N can be achieved. A spring force is preferably between 500 N and 2000 N. A spring force is advantageously (on average) approx. 1400 N (+- 50% ) depending on the second furniture part. In particular, smaller spring forces are also possible. Alternatively or additionally, for example, torsion springs or leaf springs or gas springs or other energy stores can also be used.

The movement influencing device particularly preferably comprises at least one (switchable) switching device. In particular, the switching device has at least two different switching positions. Advantageously, an effect of the spring device can be changed by changing the switch position, so that the spring device can be pretensioned in both installation positions. The switching positions are preferably permanently adjustable. In particular, the effect of the spring device is adjustable and/or variable in steps by the switching device. More than two switching positions are preferably possible. In particular, the switching device also includes a neutral position in which the operative connection between the second fitting part and the spring device is interrupted and/or in which there is no operative connection between the second fitting part and the spring device.

In particular, the switching device comprises at least one movably arranged switching part. The switching device preferably comprises at least one receiving contour. Advantageously, at least one switching part engages in at least one switching position of the switching device in a form-fitting manner in the receiving contour (engagement position). In at least one switching position, at least two switching parts (which are spaced apart from one another) preferably engage in separate receiving contours at the same time.

Advantageously, the switching device produces a form-fitting and in particular force-conducting connection between the spring device and the second fitting part. In a particularly advantageous manner, the switching device produces a connection that is true to the angle. In particular, forces in both directions via the switching facility to be transferred. Advantageously, the shifting device comprises at least one dog clutch and/or one gravitational clutch. In addition, other embodiments of the switching device are also possible.

In particular, the receiving contour is at least partially indirectly and/or directly operatively connected to the spring device and/or the second fitting part. In particular, the movement influencing device has at least two switching devices and two spring units.

In particular, the receiving contour can be formed by several different components, such as overlapping L-shaped legs, for example. In particular, the receiving contour can also be formed by holes and/or bores, which, for example, are formed on a lever arm of the swivel mechanism.

In particular, the switching part can also be formed and/or accommodated on at least one other component, such as a lever arm and/or a control part of a cam gear unit.

The switching device preferably comprises at least one guide unit. In particular, the switching part can be moved in a guided manner on the guide unit. The switching part can advantageously be transferred from the first and/or the second switching position to a neutral (switching) position. Advantageously, the switching part and the receiving contour can be disengaged for this purpose, so that the switching part can be moved relative to that of the receiving contour. A transfer of the switching device from one switching position to the other is advantageously possible.

The guide unit preferably comprises at least one link. The movable switching part is preferably guided in the link. The guide unit and/or the link preferably run at least partially in an intended installation position in the vertical direction. Advantageously, a connecting link can be manufactured in a particularly cost-effective manner by stamping and/or milling. In addition, a course of the backdrop can be arranged in a particularly variable manner. In particular, the switching part can be automatically aligned on the guide unit and/or the connecting link along the force of gravity, preferably for changing the switching position. In this way, an automatic change between at least two switching positions can preferably be achieved. Alternatively, a manual (manual) switching on the connecting link between the at least two switching positions is possible.

Advantageously, the guide unit includes at least one pin element. In particular, the switching part can be movably guided on the pin element. In particular, the switching part is movably mounted directly or indirectly with respect to the pin element. Advantageously, the switching device can be transferred from one switching position to the other by a movement of the switching part on the pin element. Preferably, the switching means can be disengaged by displacement along an axis parallel to the horizontal axis. In particular, the pin element runs at least in sections in the horizontal direction, i.e. preferably transversely to the direction of gravity. Preferably, the pin element is at least partially cylindrical. A change in the switching position advantageously also includes a rotation of the switching part about a pin axis.

The switching device is preferably held in at least one switching position. In particular, the switching device is held in at least one switching position by a preload unit. In particular, the preloading unit preferably comprises a preloading element, such as a spring element. Advantageously, the switching device can be preloaded into an engaged position and preferably a switching position by the preloading unit. In particular, this ensures that no unintentional change of the switch position occurs and/or the switching device is disengaged.

The switching device is preferably held in a switching position at least partially by gravity. In particular, by aligning the switching part with the force of gravity and holding it in the engaged position and/or the switching position, particularly safe operation can be guaranteed. Power transmission can advantageously be ensured by holding the switching part in the switching position. An unintentional change of the switching position can advantageously be prevented.

In particular, the spring device comprises at least one cam gear unit with at least one cam. The cam gear unit advantageously enables at least one translation of the pivoting between the second furniture part or the second fitting part and the spring device. In particular, an effect between the pivoting moment and the torque of the spring device is variable and/or controllable along a pivoting path. In particular, holding points and/or latching points along the pivoting path can be made possible by a contour and in particular a course of the contour of the cam. The cam gear unit preferably converts a spring force resulting from the tension of the spring device into a torque. The cam gear unit is preferably rotated when the second fitting part is pivoted.

Advantageously, the cam gear unit comprises at least two cams. A control cam can be used for every installation position. In addition, even more control curves are possible. In particular, a neutral position is also possible in which there is no force, in particular (almost) no moment between the spring device and the second fitting part or is transferred to the second piece of furniture.

Vorzugswei se the torque acts through a first cam in a first pivoting direction. In particular, the torque acts through the second control cam in a second pivoting direction that is different (and opposite) to the first of the pivoting directions. In particular, the first cam acts in a first switching position of the switching device. Advantageously, the movement influencing device and/or the cam gear unit can be used for a flap opening upwards and also for a bar part opening downwards. In particular, the second cam acts in a second switching position of the switching device.

The cam gear unit preferably comprises at least one control part. In particular, the two cams are arranged and/or formed one behind the other on a circumference and/or along a circumference of the control part of the cam gear unit. A particularly space-saving arrangement of the cams is thereby advantageously possible. In particular, a very small overall height of the cam gear unit can be achieved in this way.

The control curves are preferably offset parallel to one another (in different planes) and/or arranged one behind the other on the control part.

The cam gear unit preferably comprises at least one locking unit for mechanically locking the movement of the cam gear unit. Vorzugswei se, the locking unit, a movement of the cam gear unit and / or an operatively connected spring unit z. B. lock in a blocking position and vorzugswei se a switching position in which a switching position of the switching device can be changed. Advantageously z. B. a complete relaxation of the spring unit during a change of the switching position can be prevented. Further advantageously, the cam gear unit and/or the operatively connected swivel mechanism can be mechanically held in a switching position by the locking unit, so that an adjustment by the switching device is made possible. The blocking unit advantageously comprises at least one blocking element for mechanically blocking a movement of the cam gear unit. The blocking element can preferably be actuated manually or else automatically.

Advantageously, the control part is rotatable and/or displaceable (on the pin element). A switchover between the two control curves can preferably be achieved by rotating the control part about the axis of the pin element and/or by shifting it along an axis of the pin element. In addition, the cams can also be arranged axially next to one another. In particular, for example switching parts and/or receiving contours can also be arranged and/or formed on the control part.

A neutral switchover curve can preferably also be provided on the control part. In particular, the neutral switchover curve enables the cam gear unit to be guided in a neutral manner when changing the switching position. A neutral switchover curve is advantageously connected at least partially in parallel with the control curves. In particular, no or almost no torque is transmitted in the neutral shift position.

A first control curve preferably has a larger radius than a neutral switching curve. In particular, a second control curve has a smaller radius than the neutral switching curve.

In preferred developments, (at least) a third cam is provided, which preferably generates a maximum torque that is (significantly) lower in terms of amount than the first cam and the second cam.

The cam gear unit expediently comprises at least one contact unit. Advantageously, the contact unit is at least Can be moved in sections on and/or along the control cam. In particular, a tension of the spring device can be transmitted through the contact unit and the cams to act on the second furniture part or the second fitting part.

Transmission of a force and/or torque in both directions is advantageously possible, i.e. from the second fitting part to the spring unit and from the spring unit back to the second fitting part. In particular, the force is transmitted through the contact unit of the cam gear unit and/or through the two cams. In particular, the contact unit comprises at least one pressure roller unit with at least one pressure roller, which can be rolled on the cam. In particular, the pressure roller unit is in an operative connection with the spring device and/or the spring unit. In addition, the contact unit can also include sliding elements, for example, which slide on a cam.

A reference position of the contact unit can preferably be adapted to and/or along the control curve. A maximum pivoting angle of the second fitting part and/or the second furniture part can preferably be set in this way. Advantageously, a maximum pivoting angle of the second fitting part and/or the second furniture part can be set in such a way as to prevent collisions with the space available, for example with a ceiling or another object. In order to set the swivel angle, the switching device comprises, in particular, a plurality of switching parts which are angularly offset along the cam. An angular offset between the switching parts essentially corresponds to the change in the swivel angle. Alternatively, a type of "mountain" may be present at the "end" of the control curve, which prevents the fitting from being rotated any further.

In particular, the fitting device comprises at least one stop device for mechanically limiting the pivoting angle. The stop device preferably comprises at least one stop element. Preferably, the stop element is (freely) movably guided on at least one alignment unit. In particular, the alignment unit has at least two end positions. The alignment unit is advantageously designed in such a way that the stop element can align itself automatically with the force of gravity. The stop element preferably aligns itself automatically in the installation positions, at least with the force of gravity. Alternatively, the stop element is arranged in a mechanically fixed manner, in particular, in order to limit the pivoting angle.

In advantageous configurations (at least) one neutral switching curve is provided for the adjustment. This enables a change between the two switching positions.

The movement influencing device preferably comprises at least one cable pull unit. In particular, an operative connection between the spring device and the second fitting part is produced by the cable pull unit. In particular, the cable unit comprises at least one cable. Advantageously, a spring force of the spring unit can be repeatedly deflected and preferably variably guided by the cable. In particular, the cable pull unit comprises lever elements and/or deflection rollers, so that a particularly variable arrangement of the spring unit in relation to the second fitting part or pivoting mechanism of the fitting device is made possible. Advantageously, the spring unit can also be arranged transversely or at an angle to the second fitting part.

The movement influencing device preferably comprises at least two cable pull units. In particular, the spring device comprises at least two spring units. The movement influencing device advantageously comprises at least two switching devices. Each spring unit is advantageously in operative connection with the second fitting part via a switching device and a cable pull unit. In particular, the switching devices can be switched in both intended installation positions in such a way that that s is always a cable unit with the second fitting part for applying the torque in operative connection, while the other spring unit is inoperative.

The fitting device advantageously comprises at least one damping unit which dampens a closing and/or opening movement (at least or only) in the area of the fully closed and/or fully opened position of the second fitting part.

In particular, the second fitting part can be pivoted about a substantially horizontal axis (in particular in the vertical direction) in at least one intended installation position. In particular, the second fitting part can be pivoted in at least one intended installation position along the direction of gravity.

In particular, the second fitting part is pivotable about a substantially vertical axis (in particular in the horizontal direction) in at least one intended installation position. In particular, the second fitting part can be pivoted in at least one intended installation position approximately parallel to the direction of gravity.

For the purposes of this application, an installation position describes at least one angular orientation of the furniture component and in particular of the fitting device with respect to the direction of gravity.

In a first installation position, the second furniture part is oriented in particular so that it can be pivoted about a pivot axis transversely to the direction of gravity. At least one second installation position is preferably obtained by mirroring the furniture component on a plane transverse to the direction of gravity. In a first installation position, the second furniture part is pulled up in particular from a front side facing the user and is pivoted downwards, in particular in the direction of gravity. In the second In the installed position, the second furniture part is preferably pulled forward from a front side facing the user and pivoted upwards, preferably against the direction of gravity. In the third installation position, the second furniture part is preferably pulled forward from a front side facing the user and pivoted to the side, preferably parallel to the direction of gravity.

The furniture component advantageously comprises at least one first furniture part. The fitting device is advantageously accommodated on the first furniture part. In particular, the first furniture part comprises at least one furniture wall. The furniture wall is preferably at least one component of a furniture body. The fitting device is preferably accommodated on the first furniture part via the first fitting part. In particular, the second furniture part is designed as a movable furniture part. The second furniture part is preferably accommodated on the second fitting part. In particular, the second furniture part can be pivoted with the second fitting part, preferably between a closed position and an open position. In particular, the second furniture part runs in a closed state (at least partially) vertically aligned in the first and the second installation position along the direction of gravity.

The fitting device is preferably partially integrated and/or embedded in the furniture wall. For this purpose, the furniture wall preferably has a cutout and/or a cavity in which the fitting device can be arranged at least partially. The fitting device can advantageously be arranged in a particularly space-saving and/or visually appealing manner in such a way that the first fitting part of the fitting device is only partially or not at all visible to a user (from the outside and/or inside). A usable interior space of a furniture carcass can expediently (but does not have to be in all configurations) thereby be enlarged. The fitting device is preferably used at least in (and/or by) one side wall of the furniture wall. If the furniture wall is pushed into the furniture body as a separate part, the interior space can also be (slightly) smaller.

The influence of the visual appearance of the fitting device on a design of the furniture component can be deliberately reduced using the options described above. In this way, a particularly visually appealing appearance can advantageously be achieved.

In preferred configurations, the fitting device is (at least) inserted into the furniture wall from a side wall.

The fitting device is preferably at least partially inserted or plugged into the furniture wall from one end face. Advantageously, it can be achieved in this way that the fitting device is not visible from the inside (or also from the outside) when the cabinet is opened. A particularly simple installation is advantageously possible in this way. The first fitting part is preferably glued, screwed and/or clamped to the first furniture part. In particular, the furniture wall is flat (and in particular cuboid). The furniture wall preferably has side faces and end faces. In particular, the side faces each have a (considerably) larger (surface) area than the end faces.

The second furniture part is preferably flat (and in particular cuboid). The second furniture part is preferably designed as a flap that opens upwards. In particular, the second furniture part is designed as a bar part that opens downwards. In particular, the second furniture part is designed as a revolving door. The second furniture part can be designed as a revolving door that swings to the side. A flap or also a bar part is preferably pivoted (essentially vertically) about an essentially horizontal axis. Alternatively, the second furniture part can also be designed, for example, as a downward-opening flap of a bureau or as a lid of a chest. The training variants of the second furniture part listed here are only examples and not exhaustive. The axis can preferably be variable as a function of the pivoting angle.

In addition, the second furniture part can also be designed as a door, which is preferably (substantially horizontally) pivotable about a vertical axis. The torque preferably acts in an open position or a closed position.

In particular, the furniture wall can also be used in a storage space of a furniture body.

Further advantages and features of the present invention result from the exemplary embodiments, which are explained below with reference to the accompanying figures. In the figures show :

FIGS. 1a-1d show schematic sectional views of a first exemplary embodiment of a furniture component according to the application with a fitting device with a movement influencing device with a spring device with two spring units and two cable pull units and two switching devices;

FIGS. 2a-2h show schematic sectional views of a second exemplary embodiment of a furniture component according to the application with a fitting device with a movement influencing device with a spring device and a cam gear unit and a switching device;

FIGS. 3a-3e show schematic views of the cam gear unit of the second embodiment in different switching positions; FIGS. 4a-4g show schematic sectional views of a third exemplary embodiment of a furniture component according to the application with a fitting device with a cam gear unit, in which a maximum pivoting angle can be set;

Figures 5a-e schematic views of an application according

Furniture component according to one of the exemplary embodiments, wherein the furniture component is received differently on a furniture wall of the first furniture component with a fitting device;

FIGS. 6a-6c show schematic views of further furniture components according to the application;

FIGS. 7a-7j show schematic views of a fourth exemplary embodiment of a furniture component according to the application with a fitting device and a cam gear unit. Figure la shows a schematic sectional view of a first exemplary embodiment of a furniture component 1 according to the application. The furniture component 1 comprises a fitting device 2 according to the application , second fitting part 6. The first fitting part 3 and the second fitting part 6 are operatively connected via a pivoting mechanism 2a. A second furniture part 7 is accommodated on the second fitting part 6 .

The furniture component 1 is oriented here in a first installation position 100 that can be pivoted vertically. The second fitting part 6 of the fitting device 2 pivots here vertically about the horizontal axis 5. The second furniture part 7 is designed here as a bar part 7c. The bar part 7c can be pivoted vertically downwards in a gravity direction 19 and can be opened as a result become . A weight force 9b of the second furniture part 7, which acts in the direction of gravity 19, results in a pivoting moment 9a, which loads the second furniture part 7 and the second fitting part 6 into an open end position.

The hardware device 2 comprises a movement influencing device 8 . The movement influencing device 8 can exert a torque 9 which counteracts the pivoting moment 9a of the second furniture part 7 acting in the direction of gravity 19 at least in one installation position 100 , 101 . The pivoting moment 9a essentially results from a weight force 9b of the second furniture part 7 and the change in angle of the furniture part 7 during the opening process.

The movement influencing device 8 comprises an energy accumulator 11 . The force accumulator is designed here as a spring device 11 . The spring device 11 comprises two spring units 16 here. Each spring unit 16 can be brought into operative connection with the swivel mechanism 2 a and the second fitting part 6 via a switching device 10 and a cable pull unit 33 .

The switching device 10 has two switching positions 12 , 13 . In the first installation position 100, both switching devices 10 are each in a first switching position 12. The lower spring unit 16 is fixed in the first switching position 12 . When the second fitting part 6 is pivoted, the tension of the lower spring unit 16 does not change. The lower spring unit 16 has no function here in the first switching position 12 .

The upper spring unit 16 is operatively connected to the second fitting part 6 in the first switching position 12 . The upper spring unit 16 is tensioned by pivoting the second fitting part 6 in the direction of gravity 19 . A torque 9 acts against the direction of gravity 19 on the second fitting part 6 and the second furniture part 7 via the cable pull unit 33 . The second furniture part 7 moves in a first pivoting direction 27 against the Gravity direction 19. The kinetic energy for pivoting is reversibly storable in the spring device 11 and here in the upper spring unit 16. The torque 9 counteracts pivoting in the first pivoting direction 27 . The torque 9 can advantageously be selected in such a way that it is possible to hold the second furniture part 7 in a partially open position.

Figure lb shows an enlarged schematic sectional view of the furniture component 1 in the first installation position 100. Here is the second fitting part 6 with the bar part 7c in a closed position.

The two spring units 16 of the spring device 11 each include a spring assembly 21 here. The spring assembly 21 comprises three helical springs 22. The helical springs 22 are designed as compression springs.

Each cable unit 33 includes a cable 33a. The cable 33a of the cable pull unit 33 is passed through the spring unit 16 and is supported on the side opposite the second fitting part 6 by a molded part 33c on the spring unit 16 . If the second fitting part 6 is pivoted, the tension of the spring unit 16 and the resulting spring force are transmitted through the cable 33a of the cable pull unit 33 to the pivoting mechanism 2a. The cable 33a is deflected via a deflection roller 33d and transmitted to the spring unit 16. The spiral springs 22 of the spring assembly 21 are tensioned.

A switching device 10 is arranged in each case between the spring unit 16 and the cable pull unit 33 . The switching device 10 includes a movable switching part 14. The switching part 14 is movably guided in the guide unit 17. The guide unit 17 is designed as a link 18 here. The gate 18 runs in some areas in the vertical direction 19, so that the switching part 14 in the gate 18 in the direction of gravity 19 or in the (vertical) direction 19 of the gate can automatically align depending on the installation position 100, 101 between the first switching position 12 and the second switching position 13. In other exemplary embodiments, the direction 19 can also be oriented differently and, for example, also horizontally.

Here both switching devices 10 are in the first switching position 12. In the case of the lower spring unit 16, the switching part 14 blocks an expansion of the spring unit 16. Here the cable 33a is kept taut by the return unit 33b, which prevents the cable 33a from sagging. For example, the restoring unit 33b can include a torsion spring for this purpose, which is dimensioned just so strong that the cable 33a is kept taut.

In the case of the upper switching device 10, a receiving contour 15 is formed by two switching elements 15a. A switching element 15a is connected to the spring unit 16, while the other switching element 15a is connected to the cable unit 33. Both switching elements 15a are L-shaped and form the receiving contour 15 in the closed position of the second furniture part 7, in which the switching part 14 engages and thus creates a positive operative connection between the cable unit 33 and the spring unit 16.

There is a stop device 36 for limiting the pivoting angle of the bar part 7c. The stop device 36 comprises a freely movable stop element which moves with the direction of gravity 19 along an alignment unit in order to limit the pivoting angle 35 (cf. FIG. 4) of the second fitting part 6 and the second furniture part 7 . In the current position, the stop device 36 limits the pivoting angle of the bar part 7c to approximately 90°, so that objects such as glasses or bottles can be safely placed on the open bar part 7c. FIG. 1c shows an enlarged schematic sectional view of the furniture component 1 in a second installation position 101 in a closed position. The second fitting part 6 can be pivoted vertically upwards here. The second furniture part 7 is designed here as a flap 7a that can be pivoted upwards. The flap 7a is closed here and covers the opening of the first furniture part 4 or rests on the opening of the first furniture part s 4 .

The switching devices 10 are in a second switching position 13 here. Due to the orientation of the furniture component 1 in the second installation position 101 , the switching parts 14 of the switching devices 10 automatically assume the second switching position 13 . The switching parts 14 align with the direction of gravity 19 . The torque 9, here as a pivoting moment 9a, of the flap 7a is exerted in the second switching position 13 by the upper spring unit 16. The upper spring unit 16 is tensioned here by the pivoting of the second fitting part 6 in the direction of gravity 19 .

FIG. 1d shows a schematic sectional view of the furniture component 1 in a second installed position 101 . The second fitting

6 is here vertically pivotable upwards. The flap 7a is shown here in the open position on the first furniture part 4 . The torque 9 applied by the upper spring unit 16 acts on the force of the weight 9b of the second furniture part

7 resulting pivoting moment 9a against. The torque 9 applied by the spring device 11 acts in a second pivoting direction 28 .

FIG. 2a shows a schematic sectional view of a second exemplary embodiment of a furniture component 1 according to the application with a fitting device 2 in a second installation position 101. The second furniture part 7 is designed here as a flap 7a which is opened upwards against the direction of gravity 19 . The movement influencing device 8 here comprises a spring device 11 with a spring unit 16 with a spring assembly 21 . The movement influencing device 8 also includes a switching device 10 and a cam gear unit 24 with two control cams 25 , 26 and a neutral switching cam 29 . The switching device 10 can be used to switch between the two cams 25 , 26 .

In a first switching position 12 , the spring device 11 acts on the second fitting part 6 via the first cam 25 , so that the torque 9 acts in the first pivoting direction 27 .

In the second switching position 13 , the torque 9 applied by the spring device 11 acts via the second cam 26 in the second pivoting direction 28 . The neutral switching curve 29 , in which no torque 9 acts, is used for switching. In addition to the control cam 25, 26, at least one third control cam can also be provided, which is provided for a torque 9 in a third pivoting direction. The third pivoting direction can be provided for a revolving door, with the torque 9 generated for a revolving door being significantly lower than the torque 9 for the first and/or second pivoting direction 27 , 28 .

The cam gear unit 24 has a control part 24a. The cams 25, 26 are arranged along a circumference 24b of the control part 24a. The switching cam 29 is offset parallel to the control cams 25 , 26 .

The switching device 10 is in a second switching position 13 in FIG. 2a. In the closed position, the torque 9 acts transversely to the direction of gravity 19 and, with the resulting pivoting moment 9a of the second furniture part 7, closes the flap. The force of the spring device 11 can be transmitted to the control cam 26 by a contact unit 32 . The contact unit 32 here comprises a pressure roller unit which can be moved here along the cam 26 . FIG. 2b shows a sectional view through the cam gear unit 24 and the switching device 10 of the furniture component 1 according to the application according to the second exemplary embodiment.

The control part 24a of the cam gear unit 24 is movably guided on a guide unit 17 designed as a pin element 20 . The cams 25, 26 are formed along the circumference 24b of the control part 24a. The switching cam 29 is arranged next to the cams 25, 26. A plurality of switching parts 14 are formed on the control part 24a of the cam gear unit 24 . The switching parts 14 are angularly offset on the control part 24a. The switching device 10 is designed here as a claw clutch. The switching parts 14 each engage in a receiving contour 15 which is formed on the pivoting mechanism 2a.

The switching device 10 is held in a switching position 12 , 13 by a preloading unit 34 . By shifting the switching part 14 parallel to the axis 5, the switching device 10 can be disengaged in order to change the switching position 12, 13. To change the switching position 12, 13, a tool (such as an Allen key) can be inserted into the tool contour 29a. The displacement of the control part 24a causes the control part 24a to be displaced parallel to the axis 5 relative to the contact unit 32 . The contact unit 32 is then in contact with the neutral switching cam 29 . By turning the control part 24a, it is possible to switch between the two switching positions 12, 13 of the switching device 10. By relieving the tool contour 29a, the switching parts 14 of the switching device 10 engage in the receiving contours 15 again.

FIG. 2c shows a sectional view of a furniture component 1 according to the application with the fitting device 2, which can be pivoted about a horizontal axis 5, in a second installed position 101 in an open position. The second furniture part 7 is designed here as a flap 7a that opens upwards. The first furniture part 4 is through a furniture wall 4a, which is inserted into a storage space of a furniture body or is formed by a furniture wall 4a of a furniture body. The switching device 10 is in a second switching position 13, so that the torque 9 acts in a second pivoting direction 28 against the direction of gravity 19. At the start of the opening process, the torque 9 acts in the opposite direction to the opening movement in order to ensure that the flap is held closed. From a small opening angle, the torque 9 acts in a second pivoting direction 28 against the direction of gravity 19 .

FIG. 2d shows a sectional view of a furniture component 1 according to the application with the fitting device 2, which can be pivoted about a horizontal axis 5, in a first installed position 100 in a closed position. The switching device 10 is transferred from the second switching position 13 to the first switching position 12 . The switching parts 14 of the switching device 10 are not in engagement with the receiving contours 15 here. There is no torque 9 .

FIG. 2e shows a sectional view through the cam gear unit 24 and the switching device 10 . The switching parts 14 are displaced along the guide unit 10 designed as a pivot element 20 . The switching parts 14 are not in engagement with the receiving contour 15 . The control part 24a can be turned between the switching positions 12 , 13 . The contact unit 32 moves along the switching curve 29 so that no torque 9 is applied to the second fitting part 6 . The switching device 10 is transferred from the second switching position 13 to the first switching position 12 .

FIG. 2 f shows a sectional view of a furniture component 1 according to the application with the fitting device 2 pivotable about a horizontal axis 5 in a first installed position 100 in a closed position. Here the switching device 10 is in the first switching position 12 . The torque 9 generated by the movement influencing device 8 acts in the first Pivoting direction 27 against the direction of gravity 19 .

FIG. 2g shows a sectional view through the cam gear unit 24 and the switching device 10 in the first switching position 12 .

FIG. 2h shows a sectional view of a furniture component 1 according to the application with the fitting device 2, which can be pivoted about a horizontal axis 5, in a first installed position 100 in an open position. The switching device 10 is in the first switching position 12 here. The spring device 11 is tensioned in the direction of gravity 19 when the bar part 7 c is opened. The torque 9 is in the first pivoting direction 27 against the direction of gravity 19 .

FIGS. 3a-3e show schematic views of the cam gear unit 24 of the second exemplary embodiment in different switching positions 12, 13. In FIG. 3a, the cam gear unit 24 is in the second switching position 13 in a closed position. The contact unit 32 moves along the cam 26 when the second fitting part 6 is pivoted. An axial tension of the spring device 11 is transferred into the torque 9 by the cam gear unit 24 . By axial displacement of the control part s 24a, the contact unit 32 moves on the neutral switching path 29, so that the control part 24a can be rotated into the first switching position 12, in which the first cam 25 acts.

A radius of the first control cam 25 is larger than the radius of the switching cam 29 here. A radius of the second switching curve 26 is smaller than the radius of the switching curve 29 s. As a result, the torque 9 acts here in the first switching position 12 with the first cam 25 in the first pivoting direction 27 and in the second switching position 13 with the second cam 26 in the second pivoting direction 28 . So the torque 9 in both mounting positions 100, 101 at least partly against the Gravity direction 19 act.

In FIG. 3b, the cam gear unit 24 is in the second switch position 13. In the illustrated position of the cam gear unit 24, the second fitting part 6 is in the open position.

In FIG. 3c, the contact unit 32 rests against the neutral changeover curve 29 between the switching positions 12, 13.

In FIG. 3d, the cam mechanism 24 is in the first switching position 12. The contact unit 32 moves here along the first cam 25. Here the second fitting part 6 with the second furniture part 7 formed as a bar part 7c is in a closed position. By shifting the control part 24 with the switching parts 14, the contact unit 32 can be shifted from the first cam 25 to the switching path 29, so that a change to the second switching position 13 is possible.

FIG. 3e shows the cam gear unit 24 in the first switching position 12 for the first installation position 100 of the switching device 10. Here the bar part 7c is in an open position. A change from the first switching position 12 to the second switching position 13 is not possible.

Figure 4a shows a schematic sectional view of a third exemplary embodiment of a furniture component 1 according to the application with a fitting device 2 in a second installation position 101.

Here the switching device 10 and the cam gear device 24 are in the second switching position 13 in a second installation position 101. The second furniture part 7 is designed here as a flap 7a that opens upwards. In the second switching position 13, different reference positions 32a of the contact unit 32 can be set on the second cam 26. For this purpose, a plurality of switching parts 14 are formed on the control part 24a. The switching parts 14 are angularly offset from one another. As a result, in the second switching position 13, different reference positions 32a can be assumed along the second cam 26 in the closed position of the second fitting part 6. As a result, a maximum pivoting angle 35 of the second furniture part 7 designed as a flap 7a can be adjusted.

FIG. 4b shows a schematic perspective view of cam gear unit 24 of furniture component 1 of the third exemplary embodiment. The second fitting part 6 and the second furniture part 7, which is designed as a flap 7a that opens upwards, are in a closed position. The switching device 10 can be disengaged by a displacement parallel to the axis 5 . Two reference positions 32a are possible here. By changing the reference position 32a, the maximum pivoting angle 35 of the flap 7a can be adjusted. In this way, for example, a collision of a flap 7a opening upwards with a room ceiling and damage resulting therefrom can be prevented.

FIG. 4c and FIG. 4d each show a schematic sectional view of a third exemplary embodiment of a furniture component 1 according to the application with a fitting device 2 in a second installation position 101 with different reference positions 32a. In FIG. 4c, the maximum pivoting angle is approximately 100°, while the maximum pivoting angle in FIG. 4d is approximately 115°. The stop device 36 here comprises a fixed mechanical stop, which has no function in the second switching position 13 .

Figure 4e shows a schematic sectional view of a third exemplary embodiment of a furniture component 1 according to the application with a fitting device 2 in a first installation position 100 . Here the switch position is changed from a second switch position 13 to the first switch position 12 for the first installation position 100 . The maximum pivoting angle 35 of the second fitting part 6 and the bar part 7c received thereon is limited here by the fixed stop 36 .

FIG. 4f shows a schematic perspective view of the cam gear unit 24 of the furniture component 1 of the third exemplary embodiment when changing from the first switching position 12 to the second switching position 13, or vice versa. The control part 24 a is axially displaced. The switching parts 14 of the switching device 10 are not in engagement with the receiving contours 15 on the lever element of the pivoting mechanism 2a. No torque 9 is transmitted between the second fitting part 6 and the spring device 11 . The neutral switching curve 29 is in contact with the contact unit 32 .

FIG. 4 g shows a schematic sectional view of a third exemplary embodiment of a furniture component 1 according to the application with a fitting device 2 in the first installation position 100 in the open state. The stop device 36 limits the maximum swivel angle 35 .

FIGS. 5a-5e show views of furniture components 1 according to the application with a fitting device 2 in a second installation position 101 with a first furniture part 4 and a second furniture part 7, which is designed as a flap 7a.

In FIG. 5a, the first fitting part 3 of the fitting device 2 is held on a furniture wall 4 of the furniture body. A flap 7a opening upwards is accommodated on the second fitting part 6 . In addition, there are two hinges 37 which do not have a movement influencing device 8 . In FIG. 5b, the fitting device 2 and the first fitting part 3 are partially integrated into the furniture wall 4a. FIG. 5c shows the associated sectional view.

In Figure 5d, the first fitting part 3 is fully integrated into the furniture wall 4a. Here the fitting device 2 is inserted into the end face 4b of the furniture wall 4a. The fitting device 2 lies completely within an envelope of the furniture wall 4a of the first furniture part 4. FIG. 5e shows the associated sectional view. The fitting device 2 is not visible on the furniture wall 4a. A possible influence of the first fitting part 4 on a design is therefore small.

Figures 6a to 6c show schematic views of further embodiments of furniture components 1 according to the application.

Figure 6a shows z. B. a furniture component 1, which comprises a first furniture part 4 and a second furniture part 7 movable relative thereto. The second furniture part 7 is designed as a flap and is shown here in an open position.

FIG. 6b shows a top view of a furniture component 1 with a revolving door as a movable second furniture part 7. Alternatively, FIG. 6b could also show a side view of a furniture chest with the lid open.

Finally, FIG. 6c shows a furniture component 1 with a bar compartment as a movable second furniture part 7.

A furniture component 1 is advantageously made available which comprises at least one fitting device 2 which can be installed in at least two different vertically pivotable installation positions 100, 101, e.g. B. for a flap 7a and a bar part 7c can be used. The fitting device 2 comprises, in particular, a first fitting part 3 which can be accommodated on a first furniture part 4 is bar and a second fitting part 6 which is advantageously pivotable thereto and on which a second furniture part 7 can preferably be accommodated. The fitting device 2 comprises a movement influencing device 8, through which at least one torque 9 can be applied, which acts at least partially against the direction of gravity 19 in both installation positions 100, 101.

The movement influencing device 8 advantageously comprises a spring device 11 for applying the torque 9. The spring device 11 can be tensioned in the direction of gravity 19, in particular by pivoting in the two installation positions 100, 101 of the second fitting part 6, so that the kinetic energy can be reversibly applied in the spring device 11 of the torque 9 can be stored. The movement influencing device 8 can include a cable pull unit 33 or also a cam gear unit 24 for power transmission.

If the movement influencing device 8 is implemented with at least one cable pull unit 33, a switching device 10 is preferably included, which preferably switches by gravitation. Two spring units 16 are preferably included, which can each advantageously be brought into operative connection with the second fitting part 6 by a switching device 10 and a cable pull unit 33 .

When the movement influencing device 8 is implemented with a cam gear unit 24, a dog clutch and a spring unit 16 are advantageously included. The cam gear unit 24 advantageously comprises at least two cams 25, 26. The first cam 25 translates the tension or the spring force of the spring unit 16 into a torque 9, which acts in a first pivoting direction 27. The second cam 26 translates the tension or the spring force of the spring unit 16 into a torque 9 which acts in a second pivoting direction 28 in a second installation position 101 . A third cam converts the tension or the spring force of the spring unit 16 into a torque 9, which is significantly lower than the torque 9 of the first and second cams 25, 26 and the torque 9 in a third installation position 102 transverse to the direction of gravity 19 works.

All cams are formed on a control part 24a. By moving and turning the control part 24a, it is possible to switch between the first control cam 25 and the second control cam 26 and in particular a further control cam. The switching device 10 is partially formed on the control part 24a. There are at least two switching positions 12, 13 possible by turning.

FIG. 7a shows a schematic sectional view of a fourth exemplary embodiment of a furniture component 1 according to the application with a fitting device 2 and a movement influencing device 8 with a cam gear unit 24 and a force accumulator 11 in the first installed position 100 in the open state. The second furniture part 7 is designed here as a downwardly opening bar part 7c.

The force accumulator 11 is designed here as a spring unit 16 and includes four spiral springs 22 which are combined to form a spring assembly 21 . The spring force of the spiral springs 22 is transmitted between the first fitting part 3 and the second fitting part 6 via the cam gear unit 24 and the pivoting mechanism 2a.

The spring force is transmitted to the contact unit 32 of the cam gear unit 24 via the lever element 24c of the cam gear unit 24 . The cam gear unit 24 here comprises a control part 24a with two control cams 25, 26. In the sectional view shown, the control cams 25, 26 are arranged in two planes of the control part 24a, which are parallel one behind the other along a direction extending perpendicularly into the plane of the drawing are arranged. The first cam 25 is arranged here in the plane of the drawing behind the second cam 26 on the control part 24a.

The contact unit 32 is in contact with the first cam 25 here. The first cam 25 transmits the spring force so that the torque 9 acts against the weight 9b acting in the direction of gravity 19 in the first installation position 100 .

The cam gear unit 24 includes a guide roller unit 39 with rollers 39a and a guide rail 39b. The rollers 39a can move along the guide rail 39b and direct the force acting on the first cam 25 to the pivoting mechanism 2a. Stop devices 36 are formed at the end of the guide rail 39b and limit the maximum opening angle 35 of the second fitting part 6 .

There is also a switching device 10 . The switching device 10 enables the two switching positions 12 , 13 . The first switching position 12 is present here, so that the spring force is transmitted through the first cam 25 . The torque 9 thereby acts in the first pivoting direction 27 and counter to the direction of gravity 19 .

The switching device 10 comprises a switching part 14 which is movably accommodated here in a guide unit 17 on the control part 24a. Here the switching part 14 is formed by a screw part which is movably accommodated in a threaded bush as a guide unit 17 . The switching device 10 can be transferred to the second switching position 13 by adjusting the switching part 14, in particular by means of an adjustment tool 41, which engages in a tool contour 29a of the switching part 14, so that the contact unit 32 moves along the second cam 26. The torque 9 then acts in the opposite direction to the first pivoting direction 27 in the second pivoting direction 28 . FIG. 7b shows a sectional view of the furniture component 1 according to the application according to the fourth exemplary embodiment in the closed state in the first installation position 100. The contact unit 32 moves here along the first cam 25 . Due to the fact that the first cam 25 is arranged in the sectional view in a plane which is arranged parallel behind the second cam 26 on the control part 24a, the contact unit 32 is not visible here in the closed state in the sectional view and al s hidden line (dashed) shown.

FIG. 7c shows the furniture component 1 according to the fourth exemplary embodiment in a perspective sectional view in the first installed position 100 in the closed state. The contact unit 32 is not visible here behind the second cam 26 .

FIG. 7d shows a perspective sectional view of the furniture component 1 according to the application according to the fourth exemplary embodiment in the open state in the first installation position 100 .

FIG. 7e shows the furniture component 1 according to the application according to the fourth exemplary embodiment in the second installation position 101 in the open state in a sectional view. The switching part 14 of the switching device 10 of the cam gear unit 24 is in the second switching position 13 . The contact unit 32 moves along the second cam 26 . The torque 9 acts in the second pivoting direction 28 against the pivoting moment 9a and the weight 9b.

FIG. 7 f shows the furniture component 1 according to the application according to the fourth exemplary embodiment in the second installation position 101 in a perspective view in the closed state.

Figure 7g shows the furniture component 1 according to the application after fourth exemplary embodiment in the second installation position 101 in a side view when the switching position 12 , 13 of the switching device 10 of the movement influencing device 8 is changed.

There is a blocking unit 40 with a blocking element 40 . The locking element 40 of the locking unit 40 presses on the lever element 24 c and locks the cam gear unit 24 in order to prevent the spring unit 16 from relaxing. At the same time, transmission of the spring force to the contact unit 32 is blocked or prevented .

The blocking element 40 of the blocking unit is rotatably mounted and can be manually moved into the blocking position shown. This is possible in the first installation position 100 when the furniture component 1 is in the open state. For the transfer to the locking position, the second furniture part 7 designed as a bar part 7c is closed when the locking element 40 is in the locking position, so that the lever element 24c of the cam gear unit 24 rests on the locking element 40 and the spring force of the spiral springs 22 is transmitted prevented on the contact unit 32.

In this position of the cam gear unit 24, the contact unit 32 can be adjusted by the switching device 10 between the first switching position 12 and the second switching position 13 or. to be switched . The switching part 14 is designed here as a screw part and preferably as a (grub) screw and can be adjusted in position via the tool contour 29a.

By screwing the switching part 14 in or out, the position of the contact unit 32 is adjusted along an axis parallel to the viewing plane, so that the contact unit 32 can be moved from the first cam 25 to the second cam 26 and vice versa.

FIGS. 7i and 7j show the furniture component 1 according to the application according to the fourth exemplary embodiment in the first installation position 100 when the switching position 12, 13 is changed in perspective sectional views. FIG. 7j additionally shows an adjustment tool 41 which engages in the tool contour 29a of the movable switching part 14. By turning the adjustment tool 41, the switching part 14 is screwed in or out, so that the contact unit 32 is in its position between the first cam

25 and the second cam 26 can be moved.

List of references:

1 furniture component 21 spring pack of 16

2 fitting device 22 spiral spring of 21

2a swing mechanism 24 cam gear unit

3 first fitting part of 8

4 first furniture part 24 a control part of 24

4a furniture wall 24b perimeter of 24 a

4b face of 4 a 24 c lever element of 24

5 horizontal axis 25 first cam

6 second fitting part 26 second cam

7 second furniture part 27 first pivoting direction

7a flap 28 second pivoting direction

7b revolving door 29 switching cam

7c bar part 29a tool contour

8 movement influencing32 contact unit device 32a reference position

9 torque 33 cable pull unit

9a pivot moment 33a cable

9b weight 33b return unit

10 switching device from 8 33c molding

11 energy accumulator, spring device 33d deflection roller direction 34 preload unit

12 first switching position 35 maximum swivel angle

13 second switching position 36 anchor device

14 moving switch part of 37 hinge

10 39 Guide Roller Assembly

15 Mounting contour of 10 39a guide rail

15a switching element of 10 39b rollers

16 spring unit of 11 40 locking unit , locking element

17 guide assembly of 10 41 adjustment tool

18 scenery of 17 100 first installation position

19 vertical direction, 101 second installation position gravity direction, 102 third installation position gravity

20 tenon element of 17

Claims

Expectations :

1. Furniture component (1) with at least one fitting device (2) suitable for at least two different pivotable installation positions (100,101), comprising at least one first fitting part (3) which is attached to at least one first furniture part (4) such as e.g. B. a furniture wall (4a) can be accommodated, and at least one to the first fitting part (3) arranged pivotable second fitting part (6) on which at least a second furniture part (7) such. B. a flap (7a) opening upwards or a bar part (7c) opening downwards can be accommodated, and at least one movement influencing device (8) acting between the first fitting part (3) and the second fitting part (6) for applying at least one torque ( 9), which in both vertically pivotable installation positions (100, 101) acts at least partially in the opposite direction to a direction of gravity (19), characterized in that the movement influencing device (8) comprises at least one force accumulator (11) for applying the torque (9). , wherein the force accumulator (11) can be tensioned in both installation positions (100,101) at least by pivoting the second fitting part (6) in the direction of gravity (19).

2. Furniture component (1) according to claim 1, wherein the force accumulator

(11) comprises at least one spring device (11).

3. Furniture component (1) according to the preceding claim, wherein the spring device (11) comprises at least one spring unit (16) with at least one spring.

4. furniture component (1) according to any one of the preceding claims, wherein the movement influencing device (8) comprises at least one switching device (10) which has at least two switching positions (12, 13).

5. Furniture component (1) according to the preceding claim, wherein the switching device (10) comprises at least one movably arranged switching part (14).

6. furniture component (1) according to the preceding claim, wherein the switching part (14) positively engages in a receiving contour (15).

7. furniture component (1) according to one of the two preceding claims, wherein the switching device (10) comprises at least one guide unit (17) on which the movable switching part (14) is guided movable.

8. furniture component (1) according to the preceding claim, wherein the guide unit (17) comprises at least one link (18), in which the switching part (14) is movably guided.

9. furniture component (1) according to any one of the three preceding claims, wherein the guide unit (17) comprises at least one pin element (20) on which the switching part (14) is movably guided.

10. Furniture component (1) according to one of the seven preceding

Sayings, the switching device (10) being held in at least one switching position (12, 13) by a preloading unit (34) or by gravity (19). ll. Furniture component (1) according to one of the preceding claims, wherein the movement influencing device (8) comprises at least one cam gear unit (24) with at least one cam (25). . Furniture component (1) according to the preceding claim, wherein the cam gear unit (24) has at least two cams

(25,26) includes . . Furniture component (1) according to the preceding claim, wherein the torque (9) acts through a first cam (25) in a first pivoting direction (27) and the torque (9) acts through a second cam (26) in a different second pivoting direction (28 ) works. . Furniture component (1) according to one of the two preceding claims, wherein the cam gear unit (24) comprises at least one locking unit (40) for mechanically locking the cam gear (24), which preferably comprises at least one locking element (40). . Furniture component (1) according to one of the two preceding claims, wherein the cams (25, 26) are arranged one behind the other on a circumference (24b) of a control part (24a) and/or wherein the cams (25, 26) are offset parallel to one another and/or are arranged one behind the other on the control part (24a). . Furniture component (1) according to one of the three preceding claims, wherein a third control cam is provided, which generates a substantially lower maximum torque (9) than the first and second control curves (25, 26). . Furniture component (1) according to one of the four preceding claims, wherein the cam gear unit (24) comprises at least one contact unit (32) which can be moved along the control cam (25, 26). . Furniture component (1) according to the preceding claim, wherein a reference position (32a) of the contact unit (32) along the cam (25,26) is adjustable to set a maximum pivot angle (35). . Furniture component (1) according to one of the preceding claims, wherein a neutral switchover curve (29) is provided for the adjustment. . Furniture component (1) according to any one of the preceding claims, wherein the movement influencing device (8) comprises at least one cable pull unit (33). . Furniture component (1) according to one of the preceding claims, wherein the fitting device (2) comprises at least one stop device (36) for mechanically limiting a pivoting angle (35). . Furniture component (1) according to one of the preceding claims, wherein the fitting device (2) comprises at least one damping unit which dampens a closing and/or opening movement in the area of the fully closed and/or fully opened position of the second fitting part (6). . Furniture component (1) according to one of the preceding claims, wherein at least the second fitting part (6) can be pivoted about a substantially horizontal axis (5) in at least one intended installation position (15, 16). . Furniture component (1) according to one of the preceding claims, comprising at least a first furniture part (4) and a second furniture part, and wherein the fitting device (2) is accommodated via the first fitting part (3) on the first furniture part (4), and wherein the second furniture part is accommodated on the second fitting part (6) and can be pivoted with the second fitting part (6). . Furniture component (1) according to the preceding claim, wherein the first furniture part (4) comprises at least one furniture wall (4), and the fitting device (2) is at least partially integrated into the furniture wall (4a). . Furniture component (1) according to the preceding claim, wherein the fitting device (2) is pushed or plugged into the furniture wall (4a) at least from one end face (4b). . Furniture component (1) according to one of the two preceding claims, wherein the fitting device (2) is inserted into the furniture wall (4a) at least from one side wall. . Furniture component (1) according to one of the three preceding claims, wherein the second furniture part (7) is designed as a flap (7a) or as a bar part (7c) or as a revolving door (7b). . Furniture component (1) according to one of the preceding claims, wherein the furniture wall (4a) can be inserted into a storage space of a furniture body (4).