Furniture system with at least one console element

Abstract

Furniture system comprising at least one furniture component (2) and at least one bracket element (1a, 1b) for attachment to a wall (3) and for supporting the at least one furniture component (2), wherein the at least one furniture component (2) has a bearing device (206) for support on the at least one bracket element (1a, 1b), by means of which the furniture component (2), when the at least one bracket element (1a, 1b) and the furniture component (2) are arranged as intended on the wall (3), is pivotable between a first folding position and a second folding position, characterized in that the at least one bracket element (1a, 1b) provides two different bearing points (140, 143) for the bearing device (206), at which the bearing device (206) is supported on the one hand in the first folding position of the furniture component (2) and on the other hand in the second folding position of the furniture component (2) is present,and at a first bearing point (140) of the two bearing points (140, 143) the furniture component (2) in its first folding position can be removed from the console element (1a, 1b) without tools using the bearing device (206) and / or lifted off the console element (1a, 1b).

Description

[0001] The proposed solution relates to a furniture system with at least one furniture component, as is known, for example, from US 7,883,133 B2 or US 1,576,034 A, which, when properly arranged on a wall, can be pivoted between a first folding position and a second folding position.

[0002] A furniture system with such a furniture component is known, for example, in the vehicle sector, particularly for vans, delivery trucks, mobile homes, or caravans. In this context, it is particularly useful to be able to fold away a furniture component when not in use, thus making better use of the already limited space available and freeing up space. For example, it is known to attach a bed or sofa to a wall inside the vehicle and fold it up when not in use. Typically, the respective furniture component is pivotally attached to a wall using conventional hinges.

[0003] Typically, such foldable or pivoting furniture components are laboriously secured to a respective wall to ensure adjustment between the two folding positions. Completely removing the furniture component from the wall is then usually only possible by laboriously dismantling a bracket element intended to secure the furniture component to the wall.

[0004] There is therefore a need for a furniture system, for example for use in vehicles, which can be used more flexibly and, in particular, in which the furniture component can be more easily removed from the wall.

[0005] This problem is solved with a furniture system of claim 1.

[0006] According to this, a furniture system with at least one furniture component and at least one console element for fastening to a wall and for supporting the at least one furniture component is proposed. The at least one furniture component has a bearing device for support on the at least one console element, via which the furniture component, when the at least one console element and the furniture component are arranged as intended on the wall, can be pivoted between a first folding position and a second folding position, supported on the at least one console element. The at least one console element here defines two different bearing points for the bearing device, at which the bearing device is present on the one hand in the first folding position of the furniture component and on the other hand in the second folding position of the furniture component.At a first bearing point of the two bearing points, the furniture component can also be removed from the console element in its first folding position with the bearing device.

[0007] The intended interaction between the bracket element to be attached to the wall, on the one hand, and the bearing device provided on the furniture component, on the other hand, ensures, on the one hand, the pivotability of the furniture component between the first folding position and the second folding position, and, on the other hand, the furniture component can be easily removed from the wall, with only the bracket element then remaining. To ensure the pivotability of the furniture component, the bearing device is adjustable between the two bearing points defined on the bracket element. Furthermore, the bracket element enables the removal of the furniture component, especially in the first folding position in which, for example, the furniture component is folded up.

[0008] In addition, the furniture component can be removed from the console element in its first folded position together with the storage device without the need for tools. Accordingly, in this variant, for example, no screw connection needs to be loosened with a tool in order to be able to remove the furniture component together with its storage device from the console element. In contrast, the storage device and the console element are simply plugged together and can be separated again without tools, at least when the furniture component is in its first folded position. Alternatively or additionally, it can be provided that the furniture component can be lifted off the console element in its first folded position together with the storage device. In this variant, the furniture component can therefore be easily removed from the console element and thus from the wall by lifting the furniture component in its first folded position and thereby separating it from the console element.The console element and the storage device can further be designed and configured to allow a tool-free separation between the console element and the storage device simply by lifting the furniture component in its first folding position from the console element.

[0009] An adjustment contour can be formed on the at least one console element, which predetermines an adjustment path for the support device from the first bearing point to the second bearing point when the furniture component is pivoted from the first folding position to the second folding position. For example, the adjustment contour then also predetermines an adjustment path for the support device from the second bearing point to the first bearing point. The adjustment contour of the console element thus predetermines an adjustment path along which the support device is adjusted from one bearing point to the other when the furniture component is pivoted (manually) from one folding position to the other.

[0010] In a further development, the adjustment contour has at least one elevation, in particular a convex curvature, and / or at least one depression, in particular a concave and / or trough-shaped depression, to specify at least one of the two bearing points. The formation of an elevation serves, for example, to specify a mechanical resistance to be overcome before the bearing device and thus the furniture component can assume one of the two folding positions and / or to be able to adjust the bearing device from an assumed folding position. The elevation formed on the adjustment contour of the console element thus forms a mechanical resistance which, for example, ensures that the bearing device remains at the respective bearing point and thus prevents the furniture component from being unintentionally displaced. The same applies in principle to a depression formed on the adjustment contour of the console element.Such a recess can, in particular, be located directly adjacent to a raised portion. Thus, when manually pivoting the furniture component into a folding position (e.g., the second) a user must first overcome resistance when the bearing mechanism encounters the raised portion along the adjustment contour. After overcoming the raised portion, the bearing mechanism noticeably slides, slides, and / or rolls into the recess, thereby tactilely signaling to the user that the respective folding position has been assumed as intended and thus the end of the specified adjustment path.

[0011] The adjustment contour can be provided on a support arm of the at least one bracket element, which protrudes from the wall when the bracket element is properly attached to the wall. The support arm thus protrudes from the wall, in particular substantially perpendicularly, when the bracket element is properly attached to the wall.

[0012] The bearing device of the furniture component can be slidably and / or rotatably supported by at least one bearing part against a portion of the at least one console element. Since the bearing part is slidably supported and / or rotatable against the portion of the console element, the bearing device can be smoothly displaced along the console element between the first and second bearing points for pivoting the furniture component between the first and second folding positions. The bearing device is otherwise rigidly attached to the furniture component, so that a displacement of the bearing device along the console element accompanies the pivoting movement of the furniture component.

[0013] In one embodiment, the bearing device has two guide elements, between which the at least one bearing part extends, at least with a partial section resting against the bracket element. In this case, the bracket element is then at least partially received between the two, for example, plate- or disc-shaped guide elements. In other words, the bracket element extends between the two guide elements, for example with at least a section defining an adjustment contour for the bearing device. The two guide elements, between which the bracket element is at least partially arranged, ensure that the bracket element and the bearing device remain connected to one another as intended during a pivoting movement of the furniture component and, furthermore, that the bearing part is displaced along the adjustment contour predetermined by the bracket element and is not tilted.

[0014] For example, the bearing device with the two guide elements and the bearing part, which slides and / or rotates against a portion of the at least one console element, is provided on a folding arm. This folding arm is immovably fixed, for example, to a supporting frame of the furniture component.

[0015] Alternatively or additionally, the position of the bearing device on the furniture component can be adjustable. This allows the position of the bearing device to be easily adapted. For example, if at least two bracket elements are provided to support the furniture component on a wall, the adjustability of the position of the bearing device on the furniture component can be used to vary the distance between two bearing devices, each assigned to a bracket element. This is particularly advantageous if the wall is formed by a perforated wall defining several fastening holes, and accordingly, a bracket element can be attached as intended at various positions on the perforated wall, each predetermined by a fastening hole.

[0016] To adjust the bearing device, a folding arm supporting a bearing device can be movably mounted on the furniture component. For example, such a folding arm is releasably fixed to a support frame of the furniture component. If the fixing of this folding arm to the support frame of the furniture component is released, the folding arm supporting the bearing device can be permitted to be movable in order to adjust the position of the folding arm and thus the bearing device on the support frame of the furniture component. For this purpose, the folding arm, for example, has at least one elongated hole in a section used for fixing to the support frame of the furniture component.

[0017] With reference to the embodiment variant explained above with a console element forming an adjustment contour, it can also be provided in one embodiment variant that the at least one console element with its adjustment contour and the furniture component with its bearing device are coordinated and designed with one another in such a way that, when the at least one console element and the furniture component are arranged as intended on the wall, by pivoting the furniture component from its second folding position in the direction of the first folding position, the bearing part of the bearing device is pressed out of a depression defining the second bearing point and over a raised area in the direction of the first bearing point.In this case, a compressive force by which the bearing part is pressed when the furniture component is pivoted out of the recess and over the elevation in the direction of the first bearing point can be generated by a section of the furniture component bearing against a section of the console element. For example, a section of a supporting frame of the furniture component bears against a section of the console element used to fasten the console element to the wall and, as the furniture component is pivoted, thereby presses its bearing device over the elevation in the direction of the first bearing point. In this variant, the compressive force required to displace the bearing device is therefore not generated (or not only generated) by pressing a section of the furniture component against the wall itself.Rather, there is a defined interaction through, if necessary, the sole contact between components of the console element and the furniture component that are specifically designed and constructed for this purpose. This ensures, in particular, that the wall is not stressed or even damaged when applying the compressive force for the displacement of the bearing part and thus the bearing device (connected to the furniture component).

[0018] To fasten the console element, at least one separate fastening element can be provided, for example, which is connected to the at least one console element. This fastening element can be connectable to the wall. For example, this can be a multifunctional fastening element that is part of a perforated wall system that comprises the furniture system. In this context, it can be provided, for example, that the wall is designed as a perforated wall with several spaced-apart fastening holes, at each of which the fastening element can be connected to the wall without the need for tools. The perforated wall can, in particular, be a wooden perforated wall. One exemplary embodiment of such a perforated wall system and such a fastening element is described, for example, in WO 2018 / 185 149 A1.The proposed furniture system therefore allows the functional scope of a perforated wall system comprising a corresponding fastening element to be expanded. At least one bracket element can be attached to the fastening element, to which the furniture component can be pivotally mounted and, if necessary, attached and removed without tools.

[0019] For (additional) securing of the furniture component in its first folding position, one design variant provides at least one additional securing element. This additional securing element secures the furniture component in its first folding position against pivoting into the second folding position. The additional securing element can, for example, be hinged to a connecting element provided for this purpose on the furniture component. Alternatively or additionally, the securing element can be secured to the wall using a separate fastening element. The fastening element used to secure the securing element can, for example, be an identically designed fastening element of a perforated wall system, via which the console element can also be attached to the wall or perforated wall.

[0020] For example, the securing element comprises a securing rod that is hinged on one side to a fastening element and on the other side to a connecting element of the furniture component. The furniture component can, for example, be supported in the area of ​​a lower longitudinal edge on a bracket element or several (at least two) bracket elements. The securing element then engages an upper longitudinal edge to secure the furniture component in a raised, first folding position against folding down into the second folding position.

[0021] The furniture component can, for example, comprise at least one bed and / or a seat. In one embodiment, the furniture component comprises a multifunctional bed-seat system, via which either a bed or at least one seat with at least one chair and a table can be provided. In this case, it can be provided that the bed is provided by the furniture component assuming its second folding position. The at least one seat with at least one chair and a table can then, for example, be provided when the furniture component is in the first folding position. In this case, the furniture component has, for example, a supporting frame on which table and chair components are arranged so as to be foldable and which can then be folded out on the supporting frame when the furniture component is in the first folding position.The support frame can also be designed and provided to support a mattress for the bed function, so that by folding this support frame accordingly and thus pivoting the furniture component into the second folding position, the support frame, on which the mattress then rests, runs essentially horizontally. In a further development, a slatted frame can also be arranged and / or secured to the support frame.

[0022] As already mentioned at the beginning, a proposed furniture system is designed and intended specifically for use in a vehicle. However, the proposed solution is of course not limited to this. For example, a proposed furniture system is used in a van, delivery van, mobile home, or caravan, particularly within a van, delivery van, mobile home, or caravan. Within the limited interior space provided, the proposed solution can provide a variable and easy-to-assemble and disassemble furniture system.

[0023] The attached figures illustrate possible embodiments of the proposed solution. Here we show: Fig. 1 in perspective side view a variant of a proposed furniture system with a bed-seat system pivotally held on a perforated wall by two console elements; Fig. 2 the furniture system of Fig. 1 in front view to illustrate a folded-up first folding position of the bed-seat system; Fig. 3 shows an enlarged section of the Fig. 2 with a view of a console element on which the bed-seat system is supported and which is fixed to the perforated wall; Fig. 4 partial perspective view of a console element with the bed-seat system attached to it; Fig. 5 the bed-seat system during a folding into a second folding position; Fig. 6 the bed-seat system in the further folded position with the support feet unfolded; Fig. 7 the bed-seat system in front view in its second folding position; Fig. 8 of the bed-seat system when folding back into the first folding position; Fig. 9 in front view the bed-seat system in its first folding position secured by an additional securing element at its upper end and with the support feet folded down; Fig. 10 The furniture system in side view with the bed-seat system lifted from the console elements.

[0024] The Fig. 1 to 10 show different views and positions of a furniture component in the form of a bed-seat system 2, a furniture system for a vehicle according to the proposed solution. The bed-seat system 2 is arranged on a wall in the form of a perforated wall 3 via two console elements 1a and 1b. The console elements 1a and 1b are fixed to mounting holes 30 in the perforated wall 3 and support the bed-seat system 2.

[0025] The bed-seat system 2 is multifunctional, so that it can be used to provide either a bed or a seat with two chairs and a table. For this purpose, two chair frames 21a and 21b are pivotally mounted on a support frame 20 of the bed-seat system 2. These chair frames 21a, 21b each carry a support plate 22a or 22b, via which a chair frame 21a or 21b folded down from the support frame 20 can be supported on a floor. Between the two chair frames 21a and 21b, a table top 24 with table frame 29 is pivotally mounted on the support frame 20. The table top 24 and the chair frames 21a, 21b are each secured to the support frame 20 in a folded position by means of several securing elements in the form of locking rotary locks 25a, 25b and 25c in accordance with the Fig. 1 and locked thereto. However, by operating the locking rotary latches 25a, 25b, and 25c, the two chairs with the table in between can be released if necessary and folded down from the support frame 20 of the bed-seat system 2, which is still held vertically on the perforated wall 3.

[0026] In addition, two support feet 27a and 27b are pivotally mounted on the support frame 20 of the bed-seat system 2. These support feet 27a and 27b can also be folded down on the support frame 20 if required after being released via an associated locking rotary latch 25d. These support feet 27a and 27b serve to support the support frame 20 when it is folded down from the illustrated first folding position (with the chairs and table still locked in the folded position), so that a bed with a slatted frame is provided via the bed-seat system 2 instead of two chairs and a table. For this purpose, the bed-seat system 2 is Fig. 1 shown folded-up first folding position into a folded-down second folding position, for example according to the Fig. 7. The pivoting movement of the bed-seat system 2 and its support frame 20 is supported by the console elements 1a and 1b, as will be explained in more detail below.

[0027] The console elements 1a and 1b are identical in design, so only one console element 1a will be discussed in more detail below. The relevant explanations and features also apply to the other console element 1b.

[0028] The console element 1a is essentially L-shaped and has a fastening arm 13, via which the console element 1a is attached to the perforated wall 3. A console arm or support arm 14 of the console element 1a is connected to the fastening arm 13, which, when the console element 1a is properly attached, protrudes essentially perpendicularly from the perforated wall 3. The bed-seat system 2 is supported by its support frame 20 on this protruding support arm 14.

[0029] The mounting arm 13 has several mounting holes 130 (see Fig. 3). Via these fastening holes 130, the fastening arm 13 is fixed to a fastening element 4 by means of a fixing element S, e.g., a bolt, in particular a socket pin or a screw, which in turn can be fixed to the perforated wall 3 without the need for tools. The fastening element 4 has a locking element that can be inserted through a fixing hole 30 of the perforated wall 3 and engages behind the perforated wall 3. This locking element can be clamped against the rear side of the perforated wall 3 without the need for tools by rotating a rotating body 40 of the fastening element 4 in order to immovably fix the fastening element 4 to the perforated wall 3.

[0030] Furthermore, an adjusting element 5 engages the fastening arm 13 of the console element 1a, in this case above the fastening element 4. Using an adjusting screw 50 of this adjusting element 5, the distance and thus the position of the fastening arm 13 relative to the perforated wall 3 can be adjusted (infinitely).

[0031] The bed-seat system 2 interacts with the support arm 14 via a bearing device 206. The bearing device 206 is carried by a folding arm 205, which is fixed to the support frame 20 of the bed-seat system 2. The folding arm 205 has, as shown in the Fig. 4 has a transverse part 2052 which is fixed to the support frame 20 and allows positioning of the folding arm 205 in different longitudinal positions on the support arm 20 via longitudinal holes L. A longitudinal part 2051 protrudes from the transverse part 2052 of the folding arm 205, at the end of which the bearing device 206 is fixed.

[0032] The bearing device 206 has two guide elements in the form of opposing guide disks 206.1 and 206.2. The guide disks 206.1 and 206.2 are spaced apart from one another and define a gap between them, in which a bearing part extends for engagement with the support arm 14. The bearing part 2060 can be, for example, a rotatably mounted shaft, a pin, or a bolt. Via the respective bearing part, the bearing device 206 can follow an adjustment contour 141 defined by the support arm 14. The adjustment contour 141 is formed by an upper side and / or an upper edge of the support arm 14.

[0033] In order to guide the bearing device 206 along the support arm 14, the support arm 14 with its adjustment contour 141 is at least partially accommodated between the two guide disks 206.1 and 206.2, so that the support arm 14 is always securely enclosed with a section between the guide disks 206.1 and 206.2, thus ensuring secure guidance.

[0034] The console element 1a, via its support arm 14, provides the storage device 206 and thus the bed-seat system 2 with two defined storage locations for the raised first folding position and the folded-down second folding position. For the first folding position, a front recess in the form of a trough 140 is formed at a front end of the projecting support arm 14, which is bordered by an upwardly projecting edge of the support arm 14. When the bed-seat system 2 is folded down according to the Fig. 5 to 7, the bearing part 2060 of the bearing device 206 slides and / or rolls along the adjustment contour 141 of the support arm 14 in the direction of the perforated wall 3 and thereby provides the bearing device 206 with an adjustment path.

[0035] At its end facing the fastening arm 13, the support arm 14 has a raised portion in the form of a convex curvature 142 and, adjoining thereto, a further depression in the form of a rear recess 143. The rear recess 143 defines the second bearing point, at which the bearing device 206 is located when the bed-seat system 2 has been folded down into its second folding position as intended. The upper side of the support arm 14, forming the adjustment contour 141, thus defines a guide curve, at the end of which the rear recess 143 is provided, into which the bearing device 206 can engage with the bearing part 2060. The rear recess 143 is designed deeper in the present case than the front recess 140, so that the bed-seat system 2 is firmly held in the folded-down second folding position.

[0036] The curvature 142 adjacent to the rear recess 143 provides, on the one hand, a gentle approach toward the rear recess 143 when folding down the bed-seat system 2. On the other hand, the rear recess 143 can be easily made deeper to ensure the secure hold of the bed-seat system 2 in the folded-down position.

[0037] When folding up the bed-seat system 2, the support frame 20 rests against the fastening arm 13 of the console element 1a and thereby pushes the bearing part 2060 of the bearing device 206 out of the rear recess 143 and over the convex curvature 142. After overcoming the mechanical resistance defined by the curvature 142, the bearing part 2060 can slide and / or roll along the adjoining obliquely extending section of the adjustment contour 141 in the direction of the front recess 140. The bed-seat system 2 can thus be easily folded back up by moving the bearing device 206 along the support arm 14 into the first, folded-up position according to the Fig. 1 swivel.

[0038] The length of the support arm 14 is dimensioned and adapted to the bed-seat system 2 in such a way that in the first folding position of the bed-seat system 2, a mattress 23 can remain arranged on the support frame 20 without any problem and is present between the perforated wall 3 and the support frame 20 of the bed-seat system 2. According to the illustration of the Fig. 9, a remaining space between the mattress 23 and the perforated wall 3 can also be used to accommodate cushions P1 and P2.

[0039] In the raised, first folding position, the bed-seat system 2 is secured, for example, by an additional securing element in the form of a securing rod 8. This securing rod 8 is fixed, on the one hand, to the perforated wall 3 via the multifunctional fastening element 4. The securing rod 8 can be hinged to the fastening element 4 at one end. The other end of the securing rod 8 is fixed to a connecting element 28a or 28b of the support frame 20. For this purpose, the connecting element 28a or 28b can, for example, have a hinge pin via which the securing rod 8 is (also) hinged to the support frame 20. In the first folding position, the bed-seat system 2 thus rests on its lower longitudinal edge against the two spaced-apart console elements 1a and 1b and is supported by them. The bed-seat system 2 is also secured to the perforated wall 3 at its upper longitudinal edge via two additional securing bars 8.

[0040] To facilitate the disassembly of the bed-seat system 2 and in particular its removal from the perforated wall 3, each of the bearing devices 206 of the bed-seat system 2 is plugged into a support arm 14 of the associated console element 1a or 1b without the need for tools. With the securing rods 8 released, the bed-seat system 2 in its first folding position can thus be easily lifted off the console elements 1a and 1b. Accordingly, the bed-seat system 2 can be removed from the console elements 1a and 1b without the need for tools and, for example, without loosening any screws. As can be seen from the Fig.10, the bed-seat system 2 can simply be separated from the protruding support arms 14 of the console elements 1a and 1b by lifting upwards. The console elements 1a and 1b can then be separated from the perforated wall 3 via the fastening elements 4. The space previously occupied by the bed-seat system 2 is then available as a loading space or for attaching another element of a perforated wall system, in particular via identically designed fastening elements 4.

[0041] Furthermore, for arranging the bed-seat system 2 on the perforated wall 3, only the bracket elements 1a and 1b need to be secured to the mounting holes 30 of the perforated wall 3. The bearing devices 206 of the bed-seat system 2, whose position on the support frame 2 is coordinated with the position of the bracket elements 1a and 1b, can then be plugged onto the protruding support arms 14, so that the bed-seat system 2 is in its first folding position on the perforated wall 3. List of reference symbols 1a, 1b console element 13 Mounting arm 130 mounting hole 14 Support arm 140 Front trough (bearing point) 141 Adjustment contour 142 Curvature 143 Rear trough (bearing point) 2 bed-seat system (furniture component) 20 supporting frames 205 folding arm 2051 Longitudinal part 2052 cross section 206 Storage facility 206.1, 206.2 Guide disc 2060 bearing part 21a, 21b chair frame 22a, 22b support plate 23 Mattress 24 Table top 25a, 25b, 25c, 25d Safety twist lock (safety element) 27a, 27b Support foot 28a, 28b connecting element 29 table frames 3 Perforated wall (wall) 30 mounting holes 4 Fastening element 40 rotating bodies 5 Adjusting element 50 Adjusting screw 8 Safety bar (safety element) L slot P1, P2 cushions S Screw / bolt (fixing element)

Claims

[1] Furniture system, with at least one furniture component (2) and at least one console element (1a, 1b) for fastening to a wall (3) and for supporting the at least one furniture component (2), wherein the at least one furniture component (2) has a bearing device (206) for support on the at least one console element (1a, 1b), via which the furniture component (2), when the at least one console element (1a, 1b) and the furniture component (2) are arranged as intended on the wall (3), can be pivoted between a first folding position and a second folding position, supported on the at least one console element (1a, 1b), characterized byin that the at least one console element (1a, 1b) defines two different storage locations (140, 143) for the storage device (206), at which the storage device (206) is present, on the one hand, in the first folding position of the furniture component (2) and, on the other hand, in the second folding position of the furniture component (2), and at a first storage location (140) of the two storage locations (140, 143), the furniture component (2) in its first folding position with the storage device (206) can be removed from the console element (1a, 1b) without tools and / or can be lifted off the console element (1a, 1b). [2] Furniture system according to claim 1, characterized by that an adjustment contour (141) is formed on the at least one console element (1a, 1b), which provides the bearing device (206) with an adjustment path from the first bearing point (140) to the second bearing point (143) when pivoting the furniture component (2) from the first folding position into the second folding position. [3] Furniture system according to claim 2, characterized by that the adjustment contour (141) has at least one elevation, in particular a convex curvature (142) and / or at least one depression for specifying at least one of the two bearing points (140, 143). [4] Furniture system according to claim 2 or 3, characterized by that the adjustment contour (141) is provided on a support arm (14) of the at least one console element (1a, 1b), which protrudes from the wall (3) when the console element (1a, 1b) is properly fastened to the wall (3). [5] Furniture system according to one of the preceding claims, characterized by that the bearing device (206) with at least one bearing part (2060) slides and / or rotates against a section (14) of the at least one console element (1a, 1b). [6] Furniture system according to claim 5, characterized bythat the bearing device (206) has two guide elements (206.1, 206.2), between which the at least one bearing part (2060) extends at least with a partial section resting on the console element (1a, 1b), and the console element (1a, 1b) is at least partially received between the two guide elements (206.1, 206.2). [7] Furniture system according to claim 5 or 6, characterized by that the position of the bearing device (206) on the furniture component (2) is adjustable. [8] Furniture system according to claim 3 and according to one of claims 5 to 7, characterized byin that the at least one console element (1a, 1b) with its adjustment contour (141) and the furniture component (2) with its bearing device (206) are coordinated and designed with one another in such a way that, when the at least one console element (1a, 1b) and the furniture component (2) are arranged as intended on the wall (3), by pivoting the furniture component (2) from its second folding position in the direction of the first folding position, the bearing part (2060) of the bearing device (206) is pressed out of a depression (143) defining the second bearing point (143) and over a projection (142) in the direction of the first bearing point (140). [9] Furniture system according to claim 8, characterized bythat a compressive force, via which the bearing part (2060) is pressed out of the recess (143) and over the elevation (142) in the direction of the first bearing point (140) when the furniture component (2) is pivoted, can be generated by a section (20) of the furniture component (2) being in contact with a section (13) of the console element (1a, 1b). [10] Furniture system according to one of the preceding claims, characterized by that the furniture system comprises at least one separate fastening element (4) which is connected to the at least one console element (1a, 1b) and which can be connected to the wall (3) for fastening the console element (1a, 1b). [11] Furniture system according to claim 10, characterized by that the wall (3) is formed with a plurality of fastening holes (30) spaced apart from one another, to which the fastening element (4) can be connected to the wall (3) without the use of tools. [12] Furniture system according to one of the preceding claims, characterized by that at least one additional securing element (8) is provided, by means of which the furniture component (2) can be secured in its first folding position on the wall against pivoting into the second folding position. [13] Furniture system according to claim 12, characterized by that the securing element (8) can be hinged to a connecting element (28a, 28b) of the furniture component (2) provided for this purpose and / or can be fixed to the wall (3) via a separate fastening element (4). [14] Furniture system according to one of the preceding claims, characterized by that the furniture component (2) comprises at least a bed and / or a seat. [15] Furniture system according to claim 14, characterized by that the furniture component (2) comprises a multifunctional bed-seat system, via which either a bed or at least one seat with at least one chair and a table can be provided. [16] Furniture system according to one of the preceding claims, characterized by that the furniture system is designed and intended for use in a vehicle.

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