Center armrest with sliding storage compartment

Abstract

Armrest (01) for arrangement in a vehicle, wherein the armrest (01) has a support device (05) pivotable about a pivot axis (04) between an upper rest position (02) and a lower operating position (03), and a storage device (06) padded at least in part for arm support, and an opposing back element (07) padded at least in part, and wherein the support device (05) is connected to a substructure (08) by means of a bearing bolt (09), characterized in that the storage device (06) mounted on the support device (05), which is located behind the armrest (01) in the rest position (02) of the armrest (01), is linearly displaceable in the operating position (03) of the armrest (01).

Description

[0001] The invention relates to an armrest, in particular a center armrest, for arrangement in a vehicle according to the preamble of claim 1.

[0002] Armrests are typically attached to the rear bench seat or the front seats of vehicles to provide comfortable arm support for vehicle occupants in their functional position. A further characteristic of armrests is their ability to pivot between a functional position, where they serve as an armrest, and a resting position, in which they are, for example, recessed into a recess in the rear bench seat or run parallel to the backrest of the front seat. For this purpose, the armrest is connected to a substructure by means of pivoting bolts, allowing it to pivot around a pivot axis.

[0003] To achieve the necessary rigidity, in particular to ensure the required support force in the operating position, armrests of this type comprise an armrest with a support device which is connected to the substructure by means of a bearing bolt.

[0004] Furthermore, armrests of this type, particularly center armrests, feature a padded backrest element that, in its resting position, faces the passenger compartment to ensure adequate seating comfort. If, however, the armrest is used as an armrest in its functional position by being swung downwards, it has a storage compartment located opposite the backrest element, which is at least partially padded to fit the armrest.

[0005] Due to the increasing need to use time spent in a vehicle effectively, for example for work, there is a requirement to provide storage surfaces within easy reach when seated in vehicles, for example to store electronic devices, documents, or other items. The padded surfaces of conventional armrests prove unsuitable for this purpose. Various designs for providing a storage device with a surface are known from the prior art.

[0006] In a known embodiment of this type, a removable cover is used with an armrest. This cover has a padded surface on the side facing the passenger compartment, making it suitable for use as an armrest. By completely removing the cover, turning it over, and then reinserting it onto the armrest, a largely flat surface can be created for storing various items. However, a disadvantage is that the cover must be completely removed from the armrest and then replaced in the reversed position. This not only increases the effort involved but also carries the risk that the cover, as a loose part of the armrest, may no longer be available after removal or could be thrown around the vehicle in the event of an accident or unexpected braking maneuver.

[0007] Likewise, embodiments are known in which a storage table is integrated into the backrest of a front seat, which can be folded down from the backrest of the front seat into a usable position and then serves as a storage option for the occupants in the rear seats.

[0008] In another embodiment of this type of storage device, a folding table is arranged beneath a central section of the rear seat cushion. Folding up this central section of the rear seat cushion reveals the table surface. However, this embodiment requires sufficient space within the vehicle to pivot the rear seat cushion forward to expose the table surface, which is not available in many vehicles.

[0009] Furthermore, DE 10 2013 207 930 A1 discloses a center armrest for installation in a vehicle, wherein the center armrest comprises a support device pivotable about a pivot axis between an upper resting position and a lower working position, a storage device, and, opposite it, a back element that is at least partially padded. The storage device, which is located behind the armrest in its resting position, includes a table element.

[0010] Another armrest, also usable as a table, is known from DE 10 2005 048 144 A1, wherein the armrest is slidably mounted on a rail and rotatably mounted on a bolt. Furthermore, it is provided that the armrest is firmly anchored in the center console.

[0011] Furthermore, an armrest arrangement with an armrest that includes a storage compartment closable by a lid usable as an armrest is known from DE 10 2018 200 624 A1. The armrest arrangement can be folded down and recessed into the rear seat. A container, in particular a cupholder, is integrated into the armrest.

[0012] In DE 43 43 242 A1 a table device is described which can be stowed away on a seat, which is adjustable to the user and can be stowed away when not in use.

[0013] Based on this prior art, the object of the present invention is therefore to propose a new armrest that provides a storage device for occupants in a simple manner and is adaptable to the ergonomic needs of the occupants using the storage device. Furthermore, the armrest should have a compact, cost- and weight-optimized design and ensure the necessary stability and safety, particularly in the usage position. It is also an object of the present invention to design the armrest to be as comfortable as possible, while at the same time allowing it to be integrated into a vehicle with minimal effort.

[0014] This problem is solved by an armrest, in particular a center armrest, for arrangement in a vehicle, according to the teaching of claim 1.

[0015] An armrest is primarily intended for use in a vehicle and refers to an object that allows the occupants to rest at least one arm. An armrest can be attached to the side of the front seats or to the side of the rear bench seat, or it can be integrated into the backrest of the rear bench seat. Within the scope of the invention, a center armrest refers to an armrest that is integrated into a backrest, in particular the backrest of a rear bench seat.

[0016] The armrest's substructure serves for direct or indirect attachment to the vehicle body. For example, the substructure can be attached to a rear seat that can itself swivel. A support device, pivotable about a pivot axis, is mounted on the substructure by means of at least one bearing bolt, the support device being pivotable about a pivot axis between an upper rest position and a lower operating position. In the lower operating position, a storage device, at least partially padded, serves as an armrest, while a padded back element forms the part of the armrest facing the passenger compartment in the upper rest position and preferably forms a section of a backrest in the upper rest position.Accordingly, in its lowered position, the armrest has an upper surface that is at least partially padded for arm support and, on the opposite side, an underside that is at least partially padded, preferably as part of a backrest. Within the scope of the invention, the term "storage device" refers to a device that, on the one hand, allows at least one arm of an occupant to be placed on the armrest, but on the other hand, also serves to store various objects and / or work materials, such as laptops, tablets, or similar items.

[0017] The invention is based on the fundamental idea that the storage device mounted on the support structure is linearly displaceable in the armrest's usable position and optionally also rotatable about a pivot axis. The storage device is partially padded and can therefore be used as a table by the occupants, particularly in the unpadded area. The armrest's construction, consisting of the storage device, support structure, and backrest element, improves the design freedom of the support frame with regard to both construction and material selection. The support structure serves to accommodate the loads placed upon it, especially in the lower usable position, and to enable the pivoting of the assembly comprising the support structure, storage device, and backrest element.Accordingly, only the support structure is mounted on the substructure, which is why only the support structure needs to be designed to withstand the occurring loads permanently, while the backrest element and the storage compartment can be purely functional and / or decorative, serving functional integration and occupant comfort. For a straightforward armrest design, the pivot axis preferably runs essentially horizontally and is defined by a pivot bearing with which the support structure is mounted to the substructure. It is irrelevant whether the mounting is on a substructure rigidly connected to the vehicle or whether the substructure itself is movable relative to the vehicle. The latter can be the case, for example, with fully foldable backrests.For a secure connection of the support device to the substructure, metallic bearing bolts are advantageously incorporated into the pivot bearing that defines the pivot axis. Thus, due to the advantageous design of the armrest, consisting of a storage device, support device, and backrest element, suitable materials can be used for the backrest element, for example, the same materials as for the backrest or the rear seat of the vehicle. For the storage device, functional materials are preferably used, which, for example, have a non-slip surface or multiple components. Materials with a particularly good stiffness-to-weight ratio are used for the support device. According to the invention, the storage device is linearly displaceable in its operating position. Furthermore, it is conceivable that the storage device is linearly displaceable in its operating position and rotatable about a pivot axis.This offers the advantage that an occupant using the storage device can adjust it to their ergonomic requirements and thus use it, for example, as a table in a comfortable seated position. This enables comfortable work while using the storage device. In particular, if the storage device is linearly movable, preferably linearly movable along the longitudinal extent of the support device, it can be moved into the desired position for working, and twisting the upper body towards the storage device is not necessary. Thus, the armrest according to the invention can significantly increase the comfort for the occupant, especially when the storage device is used in its functional position as a table or for storing, for example, work materials. In addition, the support device can be designed and built independently of the backrest and storage device for load bearing in a cost- and weight-optimized manner.Because the storage tray is always connected to the armrest's support structure, it cannot detach from the other components of the armrest, thus ensuring the safety of the occupants. Due to its compact design, the armrest occupies minimal space in its resting position and can be easily integrated into a vehicle, for example, into the backrest. At the same time, in its usable position, the sliding and optionally rotatable storage tray provides ample space for working or storing various items. The armrest's simple design allows for the straightforward provision of a storage tray, particularly a table, for passengers traveling in the rear of a vehicle.

[0018] In summary, the armrest according to the invention provides occupants with a simple way to use a comfortable table or storage function. This requires neither loose parts nor a larger installation space than that required for a conventional armrest, which incorporates a storage device according to the invention.

[0019] Advantageous embodiments of the invention are the subject of the dependent claims.

[0020] It has proven advantageous that the storage device has a substantially flat table surface in its usable position and that, in its usable position, the storage device is slidable parallel to the plane of the table surface and / or pivotable on the support structure about an axis of rotation perpendicular to the table surface. This makes it possible to precisely adjust the storage device in its usable position to the ergonomic needs of the user and to provide a sufficient surface area, for example, a work surface. Furthermore, the implementation of the slidable and / or rotatable storage device creates the possibility of changing the position of the table surface depending on the specific use.This design particularly takes into account the fact that, when used as a work surface, it is preferably positioned in front of the occupant using it, whereas for simply resting an arm or objects, the support device should be aligned as compactly as possible with the support device or extended linearly depending on the size of the objects to be placed there. Although other designs for the table surface, such as a bowl shape, would be conceivable, a largely flat table surface offers the possibility of placing a wide variety of items, especially small electronic devices, which can then be conveniently used.

[0021] In principle, the design of the flat table surface is arbitrary, as long as it is suitable for use as a workspace and / or storage area. However, it has proven particularly advantageous if the essentially flat table surface has a non-slip surface structure and / or coating and / or foam padding. This allows for the creation of different areas, preferably on the surface of the storage unit, which serve both to increase comfort and to enhance the functionality of the storage unit. For example, a foam pad can be incorporated into one area of ​​the flat table surface, which can be used for comfortable armrests or for storing particularly delicate items.On the other hand, another area of ​​the flat table surface can have a non-slip surface structure, so that in this area on the flat table surface work materials or work equipment, such as a laptop or tablet, can be placed securely and used without the risk of slipping or falling.

[0022] It has also proven advantageous to integrate a functional element, adjustable between a working position and a storage position, into the storage device. This functional element can advantageously be used as an additional storage device, and to use it, the functional element is moved into a working position, in particular by sliding and / or pivoting. In other words, access to the functional element is created at the latest when it is moved into the working position, while in the storage position, the functional element remains essentially inaccessible and out of sight in a recess in the storage device.Thus, the functional element can be used by the occupants in its operating position and, in its stowed position, is arranged in the storage device in such a way that it does not increase the space required for the armrest. Preferably, the functional element is arranged within the recess of the storage device such that an outer surface of the functional element, visible in the stowed position, forms a surface with the end face of the storage device. Preferably, the functional element includes a cover that forms the surface of the functional element visible in the stowed position. By integrating the adjustable functional element into the storage device, a compact design of the armrest can be maintained while simultaneously expanding its functionality.Furthermore, the functional element is also arranged on the storage device in such a way that the storage device continues to have a flat table surface and can be used as a workstation and moved and / or rotated.

[0023] For adjusting the functional element, it has proven particularly advantageous if the functional element is movable relative to the storage device along its longitudinal extent. It is known to those skilled in the art that the longitudinal extent of the storage device typically extends perpendicular to the pivot axis or in the direction of travel of the vehicle. The movable nature of the functional element along the longitudinal extent of the storage device makes it advantageously easy to move into its operating position. This is especially true since the functional element is preferably integrated on the side of the storage device that is furthest from the armrest's substructure. Thus, the functional element can be moved between its operating and storage positions in a particularly simple manner.

[0024] Furthermore, it has proven advantageous that the functional element can be folded out in the operating position and folded in for storage. This offers the advantage that the functional element can be fully utilized in the operating position and folded into a compact form for storage, which in the storage position occupies as little space as possible within the storage device. This allows the recess provided in the storage device for the functional element to be kept as small as possible, thus maintaining the required stability of the armrest.

[0025] Advantageously, the functional element is a storage insert, such as a cup holder, a drawer, a tray, or some other type of storage element suitable for storing items like glasses, keys, and / or small electronic devices. It is also conceivable that the functional element could include a power supply and / or a table.

[0026] To allow linear displacement or rotation of the storage device relative to the support device, it has proven advantageous for the support device or the storage device to have a slide and / or a slewing ring. The support device and the storage device are connected to each other via the slide or the slewing ring in such a way that at least a linear displacement of the storage device relative to the support device and / or a rotational movement of the storage device relative to the support device is permitted. This advantageously ensures that, firstly, the support device and the storage device are securely connected to each other, and secondly, that the slide allows linear movement of the storage device relative to the support device, and the slewing ring allows rotational movement of the storage device relative to the support device.Furthermore, both the sled and the swivel mechanism are easy to manufacture, can be easily integrated into the armrest due to their compact design, and are easy to use and maintenance-free due to their uncomplicated functionality.

[0027] To fix the storage device in a desired position, it has proven particularly advantageous if the carriage and / or the rotating ring have positioning means. By designing the carriage and / or the rotating ring with positioning means, especially with pins and / or teeth, it is possible to easily adjust the storage device to a desired position and to use it safely and stably in this position for an extended period of time.

[0028] A preferred method for achieving linear displacement of the storage device relative to the support device is to engage the carriage in a linear guide of the support device or the storage device and to allow longitudinal displacement by sliding at least one contact surface along a guide surface. This means that the support device or the storage device has a linear guide, and the carriage can be moved within this guide because the contact surface slides along the guide surface. For example, a linear guide can be incorporated into the support device, with the carriage arranged on the storage device engaging in the linear guide, so that when the support device is stationary, the carriage can be moved along the guide surfaces to linearly displace the storage device accordingly.This allows for a defined longitudinal displacement of the storage device relative to the support device in a simple manner.

[0029] Furthermore, it has proven advantageous if the slewing ring engages in a slewing ring receptacle of the support device or the storage device. It is essential that the slewing ring engages in the slewing ring receptacle of the support device or the storage device in such a way that rotation of the storage device relative to the support device is permitted. In principle, it is arbitrary whether the slewing ring receptacle for the slewing ring is located on the support device or the storage device. Preferably, the slewing ring receptacle is located on the storage device.

[0030] To enable a particularly compact design and simple assembly, it has proven advantageous for the carriage and slewing ring to be formed in one piece. This preferred embodiment allows both linear displacement and rotation of the storage device relative to the support device. For example, the carriage can engage in a linear guide of the support device, and simultaneously the slewing ring can engage in a slewing ring receptacle arranged on the storage device, making the storage device linearly displaceable and rotatable relative to the stationary support device. Furthermore, the one-piece construction of the carriage and slewing ring reduces both manufacturing and assembly costs.

[0031] Furthermore, it has proven advantageous for the storage device to have a base and a lid. In its usable position, the top of the lid forms the flat table surface of the storage device. The two-part design of the storage device, consisting of a base and a lid, advantageously allows the lid to be designed functionally and / or decoratively, for example with different surface textures, patterns, or finishes, while enabling the use of stable and / or cost-effective materials for the non-visible base.

[0032] To create an attractive appearance for the armrest, it is particularly advantageous to have a cover plate on the support structure. The cover plate is preferably located at the top of the support structure when the armrest is in its resting position. In other words, the cover plate is preferably located on the side of the support structure furthest from the substructure.

[0033] Furthermore, it is conceivable that the backrest element comprises a foam core and a cover, at least on the outer surfaces of the foam core visible in use. This allows for easy padding of the backrest element, thus ensuring the required comfort. To also guarantee a suitable appearance, the foam core is covered with a fabric that blends into the vehicle's interior and, in particular, matches the design of the seats and / or the rear bench.

[0034] In principle, the method used to manufacture the support device and connect it to at least one bearing pin is arbitrary, as long as the support device is sufficiently stable and capable of bearing the applied loads. A bearing pin can be pressed or inserted into a support device made of plastic, particularly by injection molding, in a particularly simple manner. It has proven especially advantageous to manufacture the support device from plastic, integrating the overmolding of at least one bearing pin into the manufacturing process required for producing the support device, preferably an injection molding process. This type of manufacturing allows the support device, designed as a plastic component, to be connected to at least one bearing pin in a single manufacturing step and used immediately after completion of the injection molding process.

[0035] Further details, features, and advantages of the invention will become apparent from the following description of the preferred embodiments in conjunction with the dependent claims. The respective features can be implemented individually or in combination with one another. The invention is not limited to these embodiments. The embodiments are shown schematically in the figures, and identical reference numerals in the individual figures denote identical or functionally equivalent elements, or elements that correspond to one another with respect to their function. The following figures sketch an embodiment of an armrest according to the invention.

[0036] They show: Fig. 1. A perspective view of an armrest with storage device and functional element in exploded view; Fig. 2 a perspective view of the armrest according to Fig. 1 in the upper resting position; Fig. 3 a perspective view of the armrest according to Fig. 1 in the lower operating position; Fig. 4 a perspective view of the armrest according to Fig. 1 in the lower operating position with linearly shifted storage device; Fig. 5 a perspective view of the armrest according to Fig. 1 in the lower usable position with rotated storage device; Fig. 6 the armrest according to Fig. 1 in cross-section.

[0037] In the Fig. Figure 1 shows an exploded view of an embodiment of an armrest 01 according to the invention. The back element 07, which is designed as part of a backrest and comprises a foam body 26 and a cover 27 arranged on the visible outer surfaces of the foam body 26, is visible. When the armrest is mounted, the back element 07 is attached to the support device 05, which is connected to a substructure 08 (not shown) via the locking elements 28 and bearing bolts 09. A cover 25 is arranged on the narrow side of the support device 05, furthest from the bearing bolt 09, to visually conceal the support device 05 and to protect the linear guide 19. In the operating position above the support device 05, the storage device 06 is arranged on the support device 05. According to the illustrated embodiment, the storage device 06 has a base 23 and a cover 24.It can be seen that the flat table surface 11 is formed by the lid 24. For placing objects and increasing comfort when resting an arm, the table surface 11 has an area with a foam pad 12. According to the present embodiment, the foam pad 12 is recessed into the lid 24 such that the foam pad 12 and the table surface 11 form a flat surface. Furthermore, the... Fig. 1. A functional element 15 can be removed, which can be integrated into the storage device 06 and can be adjusted between a working position and a storage position. In this case, the functional element 15 can be received in the recess 30 formed between the base support 23 and the cover 24 and thus disappear completely into the storage device 06 in the storage position, so that an outer surface of the functional element 15, which is formed by the cover of the functional element 15, is arranged in a plane with the end face 29 of the storage device 06. In order to be able to move and rotate the storage device 06 linearly, a slide 17 and a rotary ring 18 are provided between the support device 05 and the storage device 06. The slide 17 is mounted in the linear guide 19 in the assembled state and can be moved longitudinally by sliding the contact surface 20 along the guide surface 21.The slewing ring 18 defines the axis of rotation 10 about which the storage device is rotatably mounted. In the illustrated embodiment, the connection between the support device 05 and the storage device 06 is achieved on the one hand by the engagement of the carriage 17 in the linear guide 19 and on the other hand by the engagement of the slewing ring 18 in the slewing ring receptacle 22 arranged on the base support 23. To save on manufacturing and assembly costs, the carriage 17 and the slewing ring 18 are formed in one piece.

[0038] In Fig. 2 is the armrest 01 according to the embodiment shown in the invention. Fig. Figure 1 shows the armrest in its upper rest position 02. In this upper rest position 02, the storage devices 06 with the cover 24 and the back element 07 with the cover 27 forming the outer surface of the back element are visible. The substructure 08 is also shown, which is fixed to the vehicle to connect the armrest 01 to the vehicle and thus allows the armrest 01 to pivot from the upper rest position 02 shown here into the lower working position.

[0039] The Fig. Figure 3 shows the armrest 01 according to the invention in its lower operating position 03. The armrest 01 is connected to the vehicle via the substructure 08, the substructure 08 being in turn connected to the support device 05 (not visible in this illustration) by means of a bearing bolt 09. In the lower operating position 03, the back element 07 is located below and the at least partially padded storage device 06 is located above the support device 05 (not visible here). This creates a flat surface between the table surface 11 and the foam padding 12, which can be used for working, storing objects, or resting an occupant's arm. A functional element 15 is housed in a recess 30 located on the front face 29 of the cover 24, so that the front face 29 of the storage device 06 forms a surface with the visible outer side of the functional element 15.To protect the linear guide 19, the slide 17 and the swivel ring 18 arranged inside the armrest 01 and therefore not visible in this illustration, and to ensure an aesthetically pleasing appearance, the support device 05 is covered by a cover 25 and is therefore not visible in the illustration shown.

[0040] The armrest 01 according to the invention is in Fig. 4 is again shown in the lower usable position 03, however, in Fig. 4. The storage device 06 is displaced linearly along the longitudinal extent 31 of the support device 05. Again, the substructure 08 is connected to the support device 05 by means of a bearing bolt 09, thus enabling the support device 05 to pivot between an upper rest position and a lower working position 03 about the pivot axis 04. The storage device 06 engages with the linear guide 19 via a slide 17 (not visible). The linear displacement of the storage device 06 relative to the support device 05 is made possible by the slide 17, with at least one contact surface 20 (not visible in this illustration), sliding along the guide surface 21. In the position shown, with the armrest 01 in working position 03, the storage device 06 has a flat table surface 11 suitable for working. The functional element 15 is in the storage position 14 and thus disappears completely into the storage device 06.

[0041] The Fig. Figure 5 shows a perspective view of the embodiment of the armrest 01 according to the invention. Fig. 1, where the armrest 01 is shown in the lower operating position 03. It can also be seen that the storage device 06 is both longitudinally displaced within the linear guide 19 relative to the support device 05 and rotated relative to the support device 05 about a pivot axis 10 not shown here. The illustration of the Fig. 5 shows that in the lower operating position 03 the underside of the armrest 01 is formed by the back element 07 and the top of the armrest 01 by the flat table surface 11 and the foam pad 12 of the storage device 06. Fig. Figure 5 shows the functional element 15, comprising a drinking vessel holder 16, in its operating position 13. This means that the functional element 15 is not stored within the storage device 06, but rather has been pulled out of the recess 30 located within the storage device 06 (not visible in this illustration) and unfolded for use. Accordingly, the cover 32 is also pivoted to allow the functional element 15 to be unfolded. The combination of longitudinal displacement of the storage device 06, rotation of the storage device 06, and unfolding the drinking vessel holder 16 into its operating position 13 allows the occupants to adjust the storage device 06 and the functional element 15 to their ergonomic and functional needs.

[0042] Fig.Figure 6 shows the armrest 01 in cross-section, viewed from the front in the lower operating position 03. The back element 07, located below the support device 05, and the storage device 06, located above the support device 05, are also visible here. The storage device 06 again has a table surface 11 that is essentially flat in operating position 03 and a foam pad 12 in some areas. The functional element 15 is pulled out of the recess 30 located within the storage device 06 and unfolded for use, thereby bringing the functional element 15 into operating position 13 and pivoting the cover 32 upwards so that the drinking vessel holder 16 can be used. The cross-sectional view also shows that the swivel ring 18 defines the axis of rotation 10 about which the storage device can be rotated relative to the support device 05.The slide can also be seen, which engages in the linear guide 19 and can be moved longitudinally within the linear guide 19 by sliding.

Claims

[1] Armrest (01) for arrangement in a vehicle, wherein the armrest (01) has a support device (05) pivotable about a pivot axis (04) between an upper rest position (02) and a lower operating position (03), and a storage device (06) padded at least in part to support the arm, and opposite it a back element (07) padded at least in part, and wherein the support device (05) is connected to a substructure (08) by means of a bearing bolt (09), characterized by , that the storage device (06) mounted on the support device (05), which is located behind the armrest (01) in the rest position (02) of the armrest (01), is linearly displaceable in the operating position (03) of the armrest (01). [2] Armrest according to claim 1, characterized by , that the armrest (01) is a center armrest and / or that the storage device (06) is rotatable about a pivot axis (10) in the use position (03) of the armrest (01). [3] Armrest according to claim 1 or 2, characterized by , that the storage device (06) has a table surface (11) that is essentially flat in the operating position (03) and that the storage device (06) is arranged in the operating position (03) so as to be displaceable parallel to the plane of the table surface (11) and / or pivotable about an axis of rotation (10) perpendicular to the table surface (11) on the support device (05). [4] Armrest according to one of claims 1 to 3, characterized by that the storage device (06) has a table surface (11) that is essentially flat in the usable position (03) and at least in some areas has a non-slip surface structure and / or surface coating and / or foam pad (12). [5] Armrest according to one of claims 1 to 4, characterized by , that a functional element (15) adjustable between a use position (13) and a storage position (14) can be integrated into the storage device (06). [6] Armrest according to claim 5, characterized by, that the functional element (15) is movable relative to the storage device (06) along the longitudinal extent of the storage device (06). [7] Armrest according to one of claims 5 or 6, characterized by , that the functional element (15) can be unfolded in the operating position (13) and folded in for placement in the storage position (14). [8] Armrest according to one of claims 5 to 7, characterized by , that the functional element (15) includes a drinking vessel holder (16), a drawer, a bowl, a storage element, a power supply and / or a table. [9] Armrest according to any one of claims 1 to 8, characterized by that the support device (05) or the storage device (06) has a slide (17) and / or a slewing ring (18), wherein the support device (05) and the storage device (06) are connected to each other via the slide (17) or the slewing ring (18). [10] Armrest according to claim 9, characterized bythat the carriage (17) and / or the rotating ring (18) have positioning means for fixing the storage device (06) in a desired position. [11] Armrest according to claim 10, characterized by that the positioning means are pins and / or teeth. [12] Armrest according to one of claims 9 to 11, characterized by , that the carriage (17) engages in a linear guide (19) of the support device (05) or the storage device (06), wherein the carriage (17) is longitudinally displaceable by sliding at least one contact surface (20) along a guide surface (21). [13] Armrest according to one of claims 9 to 12, characterized by that the slewing ring (18) engages in a slewing ring receptacle (22) of the support device (05) or the storage device (06). [14] Armrest according to one of claims 9 to 13, characterized by , that the slide (17) and the slewing ring (18) are formed in one piece. [15] Armrest according to any one of claims 1 to 14, characterized by , that the storage device (06) has a base support (23) and a lid (24), wherein the table surface (11) is formed in the usable position (03) by the top of the lid (24). [16] Armrest according to any one of claims 1 to 15, characterized by , that a cover (25) is arranged at the top of the support device (05) in rest position (02). [17] Armrest according to any one of claims 1 to 16, characterized by , that the back element (07) has a foam body (26) and a cover (27) arranged on the outer sides of the foam body (26) visible in the use position (03) and / or rest position. [18] Armrest according to any one of claims 1 to 17, characterized by, that the support device (05) can be formed by overmolding the bearing bolt (09) with plastic or that the bearing bolt (09) can be inserted into the support device (05) or that the bearing bolt (09) can be pressed into the support device (05).

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