DE102019118322A1 - Furniture component - Google Patents

Abstract

Furniture component (1) with a functional wall (2), a cassette (10) and a movement fitting (20) for guiding a movable furniture part (35). The cassette (10) is received in a receiving space (6) of the functional wall (2). The movement fitting (20) is received in a fitting receptacle (11) of the cassette (20). At least one fitting component (21) of the movement fitting (20) can be passed through an opening (12) of the cassette (10) arranged on an end face (5) of the functional wall (2) in order to guide the movable furniture part (40). The cassette (10) comprises an adjusting device (30, 31) in order to use the adjusting device (30, 31) to align a fitting component (21) of the movement fitting (10) in at least one spatial orientation (y, z).

Description

The present invention relates to a furniture component with at least one functional wall which, in particular, comprises at least two opposite side surfaces and a plurality of end faces. A receiving space is formed on the functional wall between the side surfaces in order to receive therein a cassette and, in turn, therein a movement fitting for guiding a movable furniture part.

In the prior art, a wide variety of furniture and, in particular, kitchen furniture such as base cabinets or wall cabinets have become known, which usually have a forwardly open furniture body on which movable furniture parts are mounted guided by fittings. Corresponding pieces of furniture have also become known which have, for example, a bar compartment which has a downwardly hinged furniture flap or bar compartment flap. When moving, the corresponding movable furniture part such as the flap or door is guided over a movement fitting.

The present invention relates in particular to the use of doors and flaps and lids as movable furniture parts. In the context of this application, doors and flaps are distinguished on the basis of the orientation of their pivot axis, which is usually vertical for doors and mostly horizontal for flaps. Pivoting covers usually also have a horizontally extending pivot axis. Doors, flaps and lids can not only be opened with a pivoting movement, but also with linear movements or combined linear and pivoting movements.

The doors, lids and flaps can in all cases be made in one piece or consist of several individual parts that are connected to one another and move relative to one another in the course of movement.

Door hinges are generally used to guide doors, which are pivotably arranged on the side between the furniture body and the door. A comparable arrangement of hinges can in principle also be used for flaps. These hinges are then arranged along an upper side edge (or also a lower side edge) of the flap. It is often desirable to open the flaps in a combined pivoting and sliding movement in order, for example in the case of a wall cabinet, to obtain the greatest possible access to the cabinet interior without the flap having to be pivoted into a horizontal position in which it is User cannot be reached to close or can only be reached with difficulty. For this reason, special flap fittings were developed that are not arranged along the pivot axis between the furniture body and the flap, but rather laterally on mostly both side edges between the flap and the side wall of the furniture body.

Such door hinges or flap fittings for mounting on an inside of the side wall are known. However, the fittings inevitably protrude into the interior of the furniture body, which on the one hand reduces the usable storage space within the furniture body and on the other hand also impairs the structuring of the interior of the furniture body. Cleaning of the interior, in particular the inside of the side wall of the furniture body, is also made more difficult by the mounted fittings. For optical reasons, too, a side wall on which no fittings are mounted is desirable.

To assemble door hinges, it is known to mill a pocket into the end face of a side wall, into which the door hinge can be inserted from the front. In this way the inside of the side wall remains free. A hinge suitable for use in such a milled pocket is, for example, from the publication DE 1 559 963 A known. However, this procedure is only suitable for door hinges with a very small installation depth. This is due to the limited milling depth with which such a pocket can be economically milled into the side wall from the end face in the manufacturing process. The built-in thickness of the door hinge used in such a milled pocket is also very limited, since side walls in the furniture sector usually only have a wall thickness of around 16-20 mm (millimeters). During the milling process, a certain minimum wall thickness must remain on the side of the milled pockets, since a wall that is too thin would tear or break during the milling process or would be deformed in such a way that it no longer has a perfect surface.

Even the use of larger and more complex door hinges is not possible in this way. Flap hinges usually have a large installation depth in the range of more than 10 or 15 cm (centimeters), which cannot be achieved by milling from the front side.

From the pamphlet DE 20 2013 003 189 U1 a side wall for a furniture carcass has become known, the side wall partially consisting of different parts. In particular, a rear part facing away from the furniture front is of conventional design, for example by means of a coated wooden element. A front part of the side wall is formed by a housing not described in detail in the cited document, the one Has frontal opening into which a fitting can be inserted. The housing is connected to the conventional part of the side wall, for example via the dowels or screws. Since the housing can be provided with thinner housing walls than is possible with a milled cut and also enables greater installation depths, this housing can also be used to accommodate larger door hinges or a flap fitting. However, the surface appearance and feel of the housing will generally not exactly correspond to that of the conventional part of the side wall, so that a uniform surface of the side wall cannot be obtained. In addition, a transition between the two housing parts will be visible and possibly also palpable.

With new developments, movement fittings are also integrated into a functional wall of a piece of furniture. For this purpose, a receiving space is made available in the functional wall, in which a cassette is used, in which the movement fitting is in turn attached. Such a configuration is very advantageous because the movement fitting is accommodated within the functional wall in the closed state and does not interfere even in the open state.

In order to adapt the movement fitting to the local conditions and the fine adjustment, a fitting component such as a lever arm, which is connected to the movable furniture part such as a flap or the like, is designed to be adjustable. This enables an optimal and visually appealing assembly to be achieved. Because of the relatively small thickness of such functional walls and the resulting relatively small thickness or width of the individual fitting components, a filigree structure is required, the stability of which is relatively difficult to achieve. This is easier to implement in the case of movement fittings that are applied to a side wall of a piece of furniture, for example, where the dimensions of the individual fitting components are less limited.

It is therefore the object of the present invention to provide a furniture component in which the spatial orientation of a movable furniture part can be adjusted and in which the structure is simpler and more robust.

This object is achieved by a furniture component with the features of claim 1. Preferred developments are the subject of the subclaims. Further advantages and features of the present invention emerge from the general description and the description of the exemplary embodiments.

A furniture component according to the invention has at least one functional wall, at least one cassette and at least one movement fitting for guiding a movable furniture part. The cassette is received in a receiving space of the functional wall. The movement fitting is received in a fitting receptacle of the cassette. At least one fitting component of the movement fitting can be passed at least in sections through an opening of the cassette arranged on an end face of the functional wall in order to guide the movable furniture part. In this case, the cassette comprises at least one adjustment device in order to align at least one fitting component of the movement fitting in at least one spatial orientation by means of the adjustment device.

The furniture component according to the invention has many advantages. A significant advantage of the furniture component according to the invention is that the cassette comprises at least one adjustment device with which at least one fitting component of the movement fitting can be aligned. This means that the adjustment device forms part of the cassette and to that extent is a separate component and not part of the movement fitting.

Because the adjustment device is not part of the movement fitting, the individual fitting components of the movement fitting can be made more robust and possibly also more compact, so that the adjustment is improved. The possible play between the individual components is also reduced. The entire structure becomes simpler and more robust and enables greater precision and a more stable structure.

It is preferably possible to align the movement fitting or a fitting component in at least one spatial direction. It is also possible to align the movement fitting in at least one solid angle. The term “spatial orientation” is to be understood as a spatial direction and / or a solid angle.

The cassette for the movement fitting is in particular a type of housing or receptacle housing or a support device for the movement fitting. The cassette does not have to enclose the movement fitting on both sides and / or completely. The cassette could also be designed “L” -shaped or provide a structural frame.

The movement fitting, in turn, is in particular a fitting unit and preferably has its own housing or at least one (self-supporting) support frame to which the individual fitting components are attached or are mounted. The movement fitting thus forms a single and separate fitting unit, which is preferably designed to be self-supporting.

The receiving space is preferably completely integrated in the functional wall. The receiving space is almost or essentially completely or completely covered in particular on the side. The receiving space can be completely surrounded by the functional wall apart from an access opening on the end face of the functional wall. However, it is also possible that the receiving space is designed to be open on one side of the functional wall. Then the receiving space of the functional wall is open to the front side and on one side surface. If the furniture component is designed as a piece of furniture or the like and has a receiving compartment for objects, then the receiving space is open in particular towards an inside of the piece of furniture. If the receiving space is closed on both sides, then the receiving space is preferably completely integrated into the functional wall except for the opening on the end face.

In all of the configurations, the cassette preferably does not protrude or does not protrude significantly over a side surface. In particular, a possible overhang over a side surface of a functional wall is less than 20% or less than 10% and preferably less than 5% of the wall thickness of the functional wall. The cassette particularly preferably does not protrude laterally at all.

The receiving space and the fitting receptacle have an opening on the front side of the functional wall (each) at which the fitting receptacle and the receiving space are provided to the outside and in particular with openings corresponding to one another. This means that the openings in the receiving space and in the fitting receptacle are designed such that at least one fitting component of the movement fitting can be passed through the openings at least in sections.

In a preferred development, the cassette is firmly connected to the functional wall. It is possible and preferred that the cassette is glued to the functional wall. It is also possible for the cassette to be screwed or locked to the functional wall. The cassette can be detachably connected to the functional wall, but in particular can also be permanently connected to the functional wall.

In all of the configurations it is particularly preferred that the movement fitting is accommodated on the cassette in an exchangeable manner. This means that the movement fitting can in particular be exchanged while the cassette (preferably) remains firmly (and in particular also inseparably) connected to the functional wall. This means that a separate exchange of the movement fitting on the cassette or on the functional wall is preferably possible.

In particularly preferred refinements, the adjusting device or at least one adjusting device is accessible from the front side of the functional wall. In particular, at least one adjusting device is accessible from the front of the functional wall on the cassette. In particular, the adjustment device is accessible on the front of the cassette.

In advantageous embodiments, the movement fitting is adjustable overall with at least one adjusting device. This means that not only a single fitting component is set or adjusted with the adjustment device, but the movement fitting as a whole, so that an adjustment of the adjustment device affects almost all or all of the fitting components of the movement fitting.

In advantageous embodiments, the cassette comprises at least two adjustment devices, by means of which the movement fitting can be adjusted overall in at least two spatial orientations that are independent of one another. In particular, the movement fitting can be adjusted in two mutually independent spatial directions. It is also possible that the cassette comprises at least two adjustment devices, by means of which at least one (identical or different) fitting component can be adjusted in at least two spatial orientations. It is possible here for one fitting component to be aligned in one spatial direction with one setting device and another fitting component in another spatial direction with another setting device.

In advantageous embodiments and refinements, an adjusting device is designed to adjust the height of the movement fitting (as a whole) and / or an adjusting device is constructed to adjust the depth of the movement fitting (in particular as a whole).

Adjustment devices for the height, the depth, the lateral direction and at least one angle adjustment are preferably possible. The setting devices (or at least one setting device can) have a bevel gear so that, for example, a rotary movement is deflected by means of a tool from one direction into a direction oriented transversely thereto.

It is preferred that at least one adjusting device has an adjusting element in the form has a screw or the like, in which the head is fixed in a wall in the longitudinal direction and in which the thread of the screw engages in a second component which, by rotating the screw or the adjusting element, moves in the axial direction of the screw relative to the first component , in which the screw head is held, moves. An axial adjustment can thereby be achieved in a simple manner.

It is also possible for an adjusting device to have an axial adjustment (for example in a corresponding manner), the axial adjustment acting on an inclined plane or wedge slide or the like so that, for example, a height adjustment is effected with an axial adjustment.

In preferred developments, two setting devices can be adjusted independently of one another. For example, a setting in two spatial orientations can take place via an axial adjustment described above and a corresponding height adjustment, with the two settings being able to be made independently of one another.

It is preferred that an adjusting device for height adjustment comprises sliding bodies which can be moved or roll or slide on an inclined plane.

The setting devices are particularly preferably adjustable independently of one another.

It is preferred if the movement fitting can be fixed on the cassette by means of at least one fixing device. In particular, the movement fitting can be clamped to the cassette with a fixing device. The clamping connection is particularly preferably releasable.

In preferred embodiments, the fixing device (in the mounted and fixed state) is arranged closer to an inner end face of the cassette than to the opening in the cassette. In preferred embodiments, the cassette has an opening on the front side of the functional wall when installed. The fixing device is preferably arranged on the opposite inner end face of the cassette.

In preferred further developments, the movement fitting has two side walls, which are in particular kept at a distance from one another. The side walls can also be referred to as side plates and are preferably at least partially and particularly preferably predominantly or completely made of metal. A movement fitting, which is enclosed by two, in particular metallic, side walls, enables a stable and compact structure.

Support units are preferably formed on the side walls of the movement fitting. In particular, a support unit can originally be a separate component which is firmly connected to the side wall when the movement fitting is installed. Such a support unit can also form a spacer for the two side walls or provide such a spacer. A support unit can also form a point of rotation or a point of rotation, a counter bearing or a contour piece on which movable fitting components can be supported at least temporarily.

In all configurations it is possible for at least one contact unit to be integrated into the cassette or to be arranged therein. It is also possible to supply the movement fitting with hydraulics, air or electrical energy. A z. B. electrical contact unit enables a power supply to an electric drive or sensors or lighting, etc. Docking for synchronization of the fittings is also possible.

In preferred developments, the functional wall comprises at least one core and in particular at least one cover layer. The top layer can be a decorative surface in order to achieve a visually appealing design.

The functional wall preferably comprises at least two cores, with one recess each being made in two cores and with at least two cores being connected to one another and with the recesses in the two (or more) cores (together) forming the receiving space. The cassette is then received in the receiving space.

For example, each core can have a recess which has the outline or the base of the cassette and which is approximately half the depth of the cassette. It is also possible that a recess of 10%, 20%, 30%, 40%, 50% or 60% of the thickness of a cassette is formed in one core, while in the other core a correspondingly different recess (accordingly about 90% up to about 40%) or no recess is provided. A recess with approximately half the thickness of the cassette is preferably formed in both cores in order to prevent the cores from being too thin in the area of the cassette.

In advantageous developments, the core and / or the cassette is connected to at least one cover layer. If the functional wall in the area If the cassette has only one core, the depth of the recess in the core is preferably approximately the thickness of the cassette. The cassette can then be covered on one side by the core and a possible cover layer and on the other side by a further cover layer.

At least one side surface of the functional wall is particularly preferred or both side surfaces are formed on a continuous cover layer.

It is particularly preferred if the cassette consists at least partly of a biodegradable material. Particularly preferably, the cassette consists essentially entirely or entirely of a biodegradable material. The cassette preferably consists at least partially of a biodegradable plastic and in particular a biopolymer. If the cassette is completely (or almost completely) made of biodegradable materials, the time-consuming dismantling of the functional wall and separation of the individual components can be avoided if the corresponding piece of furniture or the furniture component is to be disposed of.

It is particularly preferred that at least one fitting component of the movement fitting is taken from a group of fitting components, which drives, gear arrangements, lever arms, pivot points, pivot points, support units, contour pieces, stops, dampers and damper components, energy storage devices, actuators, sensors, spiral springs, pressure storage devices, telescopic Rail systems, slide rails such as plate rails, center rails, front panel rails, connection profiles, fastening elements and link guides.

The furniture component preferably comprises at least one movable furniture part connected to the movement fitting. Such a movable furniture part can be designed, for example, as a flap, bar compartment flap or door.

In particular, the furniture component comprises at least two functional walls or at least one functional wall and at least one further wall. The furniture component can be designed as a complete piece of furniture or as a furniture group and comprise a multiplicity of functional walls, partition walls, side walls and floors such as sub-floors and upper floors and also rear walls.

In a preferred embodiment, the movement fitting can be moved between at least two positions. In particular, the first position is a closed position and the second position is preferably an intermediate position or an open position. Other positions are possible.

In advantageous embodiments, the fitting components of the movement fitting are arranged in the closed position within a volume spanned by the cassette, apart from any fastening elements for fastening the movable furniture part to the movement fitting. It is also possible and preferred that the fitting components of the movement fitting are arranged in the closed position within a volume spanned by the receiving space, apart from fastening elements for fastening the movable furniture part to the movement fitting.

In the closed position, the movable furniture part is preferably arranged on an access side and separates at least one receiving compartment with the movable furniture part, which is accessible from the access side (on the functional wall) in the open position.

In all of the configurations, the or at least one receiving compartment can be delimited by at least one floor and / or at least one upper floor and / or at least one lower floor and at least one functional wall. In particular, the receiving compartment can be at least partially covered or closed by the movable furniture part.

The invention enables a simple and robust construction of a furniture component, in which a movable furniture part such as a panel can be connected more easily and more robustly to at least one functional wall. Because at least one adjustment device is formed or included on the cassette, no adjustment or fewer adjustment options are required on the movement fitting. This makes the structure more compact, simpler and cheaper. The movement fitting is preferably clamped and / or latched on the cassette and then no longer slips.

Recyclable material is preferably used for the cassette, which makes a recycling process cheaper. Because the adjustment devices are formed in particular on the cassette and preferably act on the movement fitting as a whole, the connection of the movement fitting to the movable furniture part can be configured more favorably. In preferred embodiments, the cassette consists of a (biodegradable) plastic. The side surfaces of the movement fitting can be extended (compared to conventional side surfaces of a movement fitting) and engage in a slide or a slide device. In advantageous embodiments, two screws are used for two different adjustment devices, one of the two screws (in particular in a lower area) being provided for depth adjustment and the other of the two screws causing height adjustment via a slide or slide device. The slide device can push the movement fitting upwards or move it downwards over inclines and generate a height adjustment.

In particular, in the upper area of the cassette, contour pieces are designed or fastened as fitting components, which form a counter bearing or several counter bearings. The movement fitting or its fitting components interact with these counter bearings or contour pieces. The overall movement fitting can be fixed in place, for example, with the aid of a long screwdriver in the rear area of the cassette.

An advantage of the adjustment and adjustment with the aid of the setting devices is that setting devices or adjusting devices can be saved on a front panel and thus greater stability is ensured. With the help of the invention, a more stable and less filigree design of the fitting components can be realized.

A wide variety of movement fittings can be installed and integrated in a cassette. The movement fitting can and does not have to have an energy store and / or one or more dampers. The power transmission can take place via lever or articulated arms. In particular, the cassette has a housing or is designed as a housing which has a shell and is thus glued, screwed or otherwise fastened into the functional wall.

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

• 1 eine schematische perspektivische Ansicht einer ersten Ausführungsform einer erfindungsgemäßen Möbelkomponente;
• 2 eine schematische perspektivische Ansicht der Möbelkomponente nach 1 in einer anderen Stellung;
• 3-5 weitere Ausführungsformen erfindungsgemäßer Möbelkomponenten;
• 6 eine schematische perspektivische Explosionsdarstellung einer erfindungsgemäßen Möbelkomponente;
• 7 die Möbelkomponente nach 7 in einer geschnittenen Seitenansicht;
• 8 die Kassette der Möbelkomponente nach 7 mit dem darin angeordneten Bewegungsbeschlag in einer geschnittenen Darstellung in einer ersten Stellung;
• 9 die Kassette mit dem Bewegungsbeschlag nach 8 in einer anderen Stellung in einem anderen Schnitt;
• 10 ein vergrößertes Detail aus der Kassette nach 8;
• 11 eine Draufsicht auf eine ungeschnittene Kassette;
• 12 eine geschnittene Kassette ohne darin aufgenommenen Bewegungsbeschlag.

In the figures show:

• 1 a schematic perspective view of a first embodiment of a furniture component according to the invention;
• 2 a schematic perspective view of the furniture component according to 1 in another position;
• 3-5 further embodiments of furniture components according to the invention;
• 6th a schematic perspective exploded view of a furniture component according to the invention;
• 7th the furniture component according to 7th in a sectional side view;
• 8th the cassette of the furniture component 7th with the movement fitting arranged therein in a sectional view in a first position;
• 9 the cassette with the movement fitting 8th in a different position in a different cut;
• 10 an enlarged detail from the cassette 8th ;
• 11 a plan view of an uncut cartridge;
• 12th a cut cassette with no movement fitting incorporated therein.

With reference to the 1 and 2 is a first embodiment of a furniture component according to the invention 1 explained. 1 shows a highly schematic perspective illustration of a furniture component according to the invention 1 in the first position 28 which is a closed position here. The furniture component 1 has at least one functional wall here 2 and in particular two laterally spaced functional walls 2 on how 2 shows.

The two functional walls 2 form with a topsoil 43 and a sub-floor 42 and a movable furniture part 40 one furniture component in total 1 that here as a wall cabinet 100 is carried out and inside via a receiving compartment 41 disposes. The upper cabinet 100 is here on a room wall 50 appropriate.

In the two functional walls 2 each is a recording room 6th formed, in each of which a cassette 10 is firmly recorded. In the cassettes 10 is in turn a movement fitting 20th added, which has several hardware components 21st can dispose of.

The functional wall 2 has side faces 3 and 4th , where the side face 3 is designed here as an inner side surface and to the receiving compartment 41 is aligned. The side faces 3 and 4th are through top layers 3a and 4a completely covered so that the cassette can be seen from the side 10 or the movement fitting 20th on the functional wall 2 is not visible.

It is also possible that the furniture component 1 has doors, each as a movable furniture part 40 are arranged rotatably about a substantially vertical axis here, as in FIG right half of 2 is shown in dashed lines. Then it is preferred that the cassettes 10 or at least one cassette 10 in the soil or here top soil 43 is integrated, with the topsoil 43 then a functional wall 2 forms.

The furniture component 1 or upper cabinet 100 are here from the access page 5b accessible from, from which also those on the front sides 5 trained or from there accessible recording rooms 6th are visible.

The respective functional walls 2 have a wall thickness 2a which is slightly larger than a width of the cassettes 10 , which in turn is made somewhat wider than a width of the movement fitting 20th , which can be replaced here on the cassette 10 is recorded.

This means here that a movement fitting is required for maintenance or repair 20th from a cassette 10 is removable. This may be necessary, for example, to fix individual hardware components 21st or the movement fitting 20th exchange in total. This involves dismantling the furniture component 1 overall not necessary. This is advantageous, for example, when components that are subject to wear, such as a drive or an energy storage device or a damper device, are attached to the movement fitting 20th should be exchanged.

While 1 the furniture component 1 in the first position 28 or in the closed position, is the furniture component 1 in 2 in a second position 29 is shown, which represents an intermediate position and here the open position.

In the 3-5 are (slightly) different designs of furniture components 1 in each case shown in perspective, where in 3 the functional wall 2 by two cores 8th and 9 is produced, in each of which a (partial) recess is formed. Together result in the recesses on the cores 8th and 9 the recording room 6th where the cassette 10 is recorded and attached and in particular glued.

During manufacture it is possible that the cassette 10 with the setting devices 30th and 31 into the recesses on the cores 8th and 9 is inserted before the two cores 8th and 9 be connected to each other and in particular glued. It is also possible that the front opening of the receiving space 6th is dimensioned so that the movement fitting 20th after the functional wall has been completely manufactured 2 in the recording room 6th can be inserted from the outside and fastened there. The setting devices can also 30th and 31 all or parts of it are subsequently inserted.

It is Z. B. possible, the movement fitting 20th along the spatial orientations and here the spatial directions x , y and z align. An angular alignment is also possible.

In 3 can be seen that the opening 7th of the recording room 6th at the front 5 the functional wall at least partially with the opening 12th the cassette 10 aligns so that the fitting 11 from the front 5 the functional wall 2 from is accessible to a movement fitting 20th insert or remove.

4th shows a variant of the functional wall 2 a furniture component 1 , where preferably only one core 8th is used, which has a recess that defines the receiving space 6th overall provides. In the recording room 6th is the cassette 10 used, in which the setting devices in a lower area here 30th and 31 are included. Above it is the movement fitting in the orientation shown here 20th into the fitting 11 the cassette 10 inserted and fastened there. The front or the front 5 the functional wall is partially covered by a cover panel 5a covered the (access) openings to the adjustment devices 30th and 31 and the fogging 11 in the cassette 10 releases.

On the side of the functional wall facing the viewer, the functional wall 2 here a total of one top layer 3a are covered, which is shown hatched here. This creates an optically uniform image. But it is also possible that individual top layers 3a to the core 8th (apart from the area of the recording room 6th ) and separately on the cassette 10 be applied. This creates an almost uniform impression from the side. If necessary, a thin dividing line can be made between the outer layers of the core 8th and the cassette 10 being visible. It is also possible that a top layer 3a is only applied to the core and not in the area of the cassette 10 .

5 shows a variant in a schematic side view, with the surface of the cassette 10 at the recording room 6th is shown hatched obliquely from bottom left to top right. The area of the movement fitting 20th is also shown hatched, namely in hatching that runs from top left to bottom right. The cross-hatched area represents the area in which the movement fitting on the fitting receptacle 11 the cassette 10 is included, because there the movement fitting 20th on the cassette 10 is recorded.

It can be clearly seen that the adjustment devices 30th and 31 here below the movement fitting 20th and still inside the cassette 10 are housed. The fogging 11 inside the cassette 10 is therefore made correspondingly smaller than the receiving space 6th in the functional wall 2 .

6th shows a schematic perspective exploded view of a furniture component 1 who have favourited Two Cores 8th and 9 with recesses formed therein, which together form the receiving space 6th provide.

In the recording room 6th is the cassette 10 can be picked up via a fitting mount 11 and one (when assembled as intended) on the front 5 the functional wall 2 accessible opening 12th disposes. Separate from the opening 12th are adjustment openings here 14th at the front of the cassette 10 educated.

After assembling the cores 8th and 9 and the recording of the cassette 10 in the recording room 6th the functional wall 2 and the inclusion of the height slide 17th and the longitudinal adjustment 18th the setting devices 30th and 31 on the cassette 10 can the cover panel 5a on the front 5 the functional wall 2 be applied. On the cover panel 5a then openings remain for the fitting reception 11 and the adjustment openings 14th .

The movement fitting 20th has metallic side walls here 23 and 24 that are kept at a distance from one another and connected to one another by spacers. In the space between the side walls 23 and 24 become further movable hardware components 21st of movement fittings 20th recorded. So there can be lever arms 21a , Lift mechanism 21b , Damper 21c and pivot points 21d as well as support units or contour pieces 21e and fasteners 21f be provided.

Via a tool 35 can have a fixing device at the rear end 25th operated to the movement fitting 20th in the fitting 11 the cassette 10 to fix.

7th shows the furniture component 1 out 6th in a schematic sectional view in the assembled state.

At the core 8th or. 9 is the cassette 10 recorded and glued in place. In the lower part of the cassette 10 are the setting devices 30th and 31 in the cassette 10 added to a height adjustment by the adjustment device 30th and a depth adjustment by the adjustment device 31 to be able to accomplish. With both adjustment devices 30th , 31 a spatial orientation of the movement hardware is independent of each other 20th influenced. It is the installation height and the installation depth of the movement fitting 20th on the cassette 10 adjusted overall.

In 7th is the energy storage device that includes several springs 21b and it's the dampers 21c for the two end positions (end position damping) of the movable furniture part 40 to recognize.

The screwdriver as a tool 35 is here in engagement with the tool coupling part 25c the fixing device shown. By rotating the tool 35 can the movement fitting 20th on the in the functional wall 2 glued-in cassette 10 be fixed.

The shell 13th the cassette 10 that in the recording room 6th the functional wall 2 is glued is shown here in section.

The hardware components 21a , 21b , 21c and 21d are each on the side wall 23 or. 24 of movement fittings 20th attached. The side wall 23 , 24 of movement fittings 20th are metallic side plates that support the movement fitting 20th give the necessary stability.

8th shows the cassette 10 with the movement fitting added to it 20th in a sectional schematic representation. Thereby were of the movement fitting 20th various hardware components 21st hidden to make the overview easier.

In the lower area is on the shell 13th the cassette 10 the elevator 17th the setting device 30th to recognize. By turning the screw 33 from the front face of the cassette 10 the height slide becomes off 17th Adjusted in the longitudinal direction, whereby a height adjustment of the movement fitting due to the inclined plane 20th overall takes place.

Via the setting device 31 can adjust the length of the movement fitting 20th within the fitting 11 the cassette 10 respectively. By turning the screw 34 from the front face of the cassette 10 off, the movement fitting becomes 20th Adjusted lengthways. The settings of the setting device 30th and 31 are made before the fuser 25th on the fixing element 15th the cassette 10 is fixed. This becomes the movement fitting 20th on the cassette 10 secured.

9 shows a slightly shifted cross-section through the cassette 10 with movement fitting 20th according to 8th . In addition, the relative orientation of the movement fitting 20th in 9 different than in 8th .

While in 8th the movement fitting 20th deeper into the fitting receptacle 11 is introduced and set at its upper edge, is in the illustration according to 9 the movement fitting 20th by the adjusting devices 30th and 31 positioned further down and further forward so that it is at the rear of the cassette 10 a distance 38 and at the upper end between the inside of the cassette and the outside of the movement fitting 20th a distance 37 results. The distances 37 and 38 are in 9 are each greater than the corresponding distances 37 , 38 in the in 8th position shown.

The front distance changes accordingly 36 between the front end of the movement fitting 20th and the front end of the cassette 10 and the bottom distance 39 between the adjuster 30th and the bottom of the cassette 10 . The different settings are clearly recognizable by the different distances " A. “, Which is a measure of the height adjustment of the movement fitting 20th represent.

10 shows the fixing device 25th in an enlarged section. It can be seen that the tool coupling part 25c along with the screw 25b a bevel gear 25a results. This causes the tool to rotate 35 deflected here by about 90 °. This creates clamping areas of the fixing device 25th on the fixing element 15th clamped after using the adjusting device 30th and 31 the depth position and the height position of the movement fitting 20th on the cassette 10 or within the fitting 11 has been adjusted.

11 and 12th finally show views of the cassette 10 , where in 11 a top view of the cartridge 10 is depicted from the outside and in 12th a cross section is shown. The grooves can be seen in each case 32 that form an inclined plane in which the corresponding components of the height slide 17th can be adjusted in height by an axial adjustment. Instead of grooves 32 Corresponding inclined planes can also be formed on which corresponding further components can be adjusted in height.

The fogging 11 can preferably have an electrical contact unit in a rear area 16 have to above the movement fitting 20th to be supplied with electricity if necessary. In this way, for example, a drive of the movement fitting 20th be supplied with energy. Sensors or light elements or the like can thus also be supplied with the required electrical energy.

In the back of the shell 13th the cassette 10 is the fixing element 15th recognizable in the cut.

Overall, the invention enables a robust and simple construction of a furniture component 1 on which a movement fitting 20th interchangeable within a cassette 10 is arranged adjustable in at least one spatial orientation.

In particular, the movement fitting 20th overall in its position by adjusting devices 30th or 31 set. The cassette 10 can consist of a biodegradable material and in particular plastic, so that recycling is facilitated. The movement fitting 20th is exchangeable on the cassette 10 added so that the movement fitting 20th can be replaced if necessary during maintenance or repair. The height is adjusted in particular via a wedge slide or the like.

The cassette 10 can, as shown, a one-sided opening for inserting the movement fitting 20th and for moving out a fitting component 21st exhibit. The cassette can be shell-shaped (even on one side only) so that the fitting 20th is inserted laterally and the hardware component 21st from another side opening 12th moved out.

The furniture component 1 can be equipped with different movement fittings and serve different purposes.

List of reference symbols

1

Furniture component

2

Functional wall

2a

Wall thickness

3

Side surface (inside)

3a

Top layer

4th

Side surface (outside)

4a

Top layer

5

Face

5a

Cover panel

5b

Access page

6

Recording room

7th

Opening in 5

8th

core

9

core

10

cassette

11

Fogging

12

opening

13

Bowl

14th

Adjustment opening

15th

Fixing element

16

Contact unit

17th

Elevator slide

18th

Longitudinal adjustment

20th

Movement fitting

21st

Hardware component

21a

Lever arm

21b

Energy storage

21c

mute

21d

Support unit, pivot point

21e

Support unit, contour piece

21f

Fastener

23

Sidewall

24

Sidewall

25th

Fixing device

25a

Bevel gear

25b

screw

25c

Tool coupling part

28

position

29

position

30th

Adjustment device

31

Adjustment device

32

Groove

33

Adjustment unit, screw

34

Adjustment unit, screw

35

Tool

36

Distance in front

37

Distance above

38

Distance behind

39

Distance below

40

Movable furniture part, flap, lid, door

41

Receiving compartment

42

Subfloor

43

Topsoil

50

Room wall

100

Wall unit

A.

distance

x

Spatial orientation

y

Spatial orientation

z

Spatial orientation

QUOTES INCLUDED IN THE DESCRIPTION

This list of the documents listed by the applicant was generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Patent literature cited

• DE 1559963 A [0007]
• DE 202013003189 U1 [0009]

Claims (25)

Furniture component (1) with at least one functional wall (2), at least one cassette (10) and at least one movement fitting (20) for guiding a movable furniture part (40), the cassette (10) in a receiving space (6) of the functional wall (2 ) is received and wherein the movement fitting (20) is received in a fitting receptacle (11) of the cassette (20), and at least one fitting component (21) of the movement fitting (20) at least in sections through one on an end face (5) of the functional wall ( 2) arranged opening (12) of the cassette (10) can be carried out in order to guide the movable furniture part (40), characterized in that the cassette (10) comprises at least one adjusting device (30, 31) in order to be able to use the adjusting device (30 , 31) to align at least one fitting component (21) of the movement fitting (10) in at least one spatial orientation (y, z). Furniture component (1) according to the preceding claim, wherein the cassette (10) is firmly connected to the functional wall (2). Furniture component (1) according to one of the preceding claims, wherein the movement fitting (20) is exchangeably received on the cassette (10). Furniture component (1) according to one of the preceding claims, wherein the adjusting device (30, 31) is accessible from the end face (5) of the functional wall (2). Furniture component (1) according to one of the preceding claims, wherein the movement fitting (20) is adjustable with the setting device (30, 31). Furniture component (1) according to one of the preceding claims, wherein the cassette (10) comprises at least two adjustment devices (30, 31) by means of which the movement fitting (20) can be adjusted in at least two mutually independent spatial orientations (y, z). Furniture component (1) according to the preceding claim, wherein an adjusting device (30) is designed to adjust the height of the movement fitting (20) and wherein an adjusting device (31) is designed to adjust the depth of the movement fitting (20). Furniture component (1) according to the preceding claim, wherein the adjusting device (30) for height adjustment comprises sliding bodies which slide on an inclined plane. Furniture component (1) according to one of the preceding claims, wherein the setting devices (30, 31) can be adjusted independently of one another. Furniture component (1) according to one of the preceding claims, wherein the movement fitting (20) can be fixed to the cassette (10) by means of at least one fixing device (25). Furniture component (1) according to the preceding claim, wherein the fixing device (25) is arranged closer to an inner end face of the cassette (10) than to the opening (12) in the cassette (10). Furniture component (1) according to one of the preceding claims, wherein the movement fitting (20) has two side walls (23, 24) which are held at a distance from one another. Furniture component (1) according to the preceding claim, wherein support units (21d, 21e) are formed on the side walls (23, 24) of the movement fitting (20). Furniture component (1) according to one of the preceding claims, wherein the cassette (10) comprises at least one electrical contact unit (16) in order to supply the movement fitting (20) with energy. Furniture component (1) according to one of the preceding claims, wherein the functional wall (2) has at least one core (8, 9) and at least one cover layer (3a, 4a). Furniture component (1) according to the preceding claim, wherein the functional wall (2) comprises at least two cores (8, 9), wherein a recess (6a, 6b) is made in each of two cores (17, 18), and wherein at least two cores (8, 9) are connected to one another and wherein the recesses (6a, 6b) form the receiving space (6). Furniture component (1) according to one of the two preceding claims, wherein the core (8, 9) and / or the cassette (10) is connected to at least one cover layer (3a, 3b). Furniture component (1) according to one of the preceding claims, wherein at least one side surface (3, 4) of the functional wall or both side surfaces (3, 4) are formed on a continuous cover layer (3a, 4a). Furniture component (1) according to one of the preceding claims, wherein the cassette (10) consists at least in part of a biodegradable material. Furniture component (1) according to one of the preceding claims, wherein at least one fitting component (21) is taken from a group of fitting components, which drives, gear arrangements, lever arms, pivot points, support units, contour pieces, stops, dampers and damper components, energy storage devices, actuators, sensors, coil springs , Pressure accumulators, telescopic rail systems, slide rails such. B. plate rails, center rails, front panel rails, connection profiles, fastening elements and link guides. Furniture component (1) according to one of the preceding claims, comprising at least one movable furniture part (40) connected to the movement fitting (20). Furniture component (1) according to one of the preceding claims, wherein the movement fitting (20) can be moved between at least two positions, the first position (28) being a closed position and the second position (29) being an intermediate or open position. Furniture component (1) according to the preceding claim, wherein the fitting components (21) in the closed position (28) are arranged within a volume spanned by the cassette (10), apart from fastening elements (21f) for fastening the movable furniture part (40) to the Movement fitting (20). Furniture component (1) according to one of the preceding claims, wherein the movable furniture part (40) in the closed position (28) is arranged on an access side (5b) and separates a receiving compartment (41) with the movable furniture part (40), which in the open position (29) is accessible from the access side (5b). Furniture component (1) according to the preceding claim, wherein the receiving compartment (41) is delimited by at least one floor and / or at least one upper floor (43) and / or at least one lower floor (42) and at least one functional wall (2) and which is bounded by the movable furniture part (40) is at least partially closable.

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