阅读说明：本技术 扶手装置、车辆座椅和车辆 (Armrest device, vehicle seat and vehicle ) 是由 S·福伊尔纳 P·马勒 E·阿图斯 于 2019-10-17 设计创作，主要内容包括：本发明涉及一种用于车辆座椅(1)的扶手装置(10),该扶手装置具有(i)用于装配在车辆座椅(1)上的装配配件(20)和(ii)包括躯干(40)并包括支承元件(50)的扶手体(30),该支承元件具有用于在使用扶手装置(10)时接纳使用者手臂的手臂支承面(50a)。所述扶手体(30)能以躯干(40)可松脱地安装在装配配件(20)上。所述扶手体(30)在安装在装配配件(20)上的状态下能相对于装配配件(20)绕枢转轴线(31)偏转。所述支承元件(50)能以手臂支承面(50a)相对于躯干(40)沿躯干(40)的纵向延伸方向移动。本发明还涉及一种这样的车辆座椅(1)以及车辆。(The invention relates to an armrest device (10) for a vehicle seat (1), having (i) a fitting (20) for fitting on the vehicle seat (1) and (ii) an armrest body (30) which comprises a torso (40) and comprises a support element (50) having an arm support surface (50a) for receiving an arm of a user when the armrest device (10) is in use. The armrest body (30) can be releasably mounted on the fitting (20) by means of a torso (40). The armrest body (30) can be pivoted about a pivot axis (31) relative to the fitting (20) when mounted on the fitting (20). The support element (50) is movable with the arm support surface (50a) relative to the trunk (40) in the longitudinal extension direction of the trunk (40). The invention also relates to such a vehicle seat (1) and a vehicle.)

1. An armrest device (10) for a vehicle seat (1) has

(i) Fitting (20) for fitting on a vehicle seat (1), and

(ii) an armrest body (30) comprising a torso (40) and comprising a support element (50) having an arm-supporting surface (50a) for receiving an arm of a user when the armrest apparatus (10) is in use,

wherein the armrest body (30) can be detachably mounted on the fitting (20) by means of a trunk (40),

the armrest body (30) can be pivoted about a pivot axis (31) relative to the fitting (20) when mounted on the fitting (20), and

the support element (50) can be moved with the arm support surface (50a) relative to the trunk (40) in the longitudinal extension direction of the trunk (40),

the armrest body (30) can be pivoted relative to the fitting (20) in the mounted state on the fitting (20) into a plurality of releasably lockable pivot positions (S1-S9), in particular pivot positions with different inclinations of the arm support surface (50 a).

2. The armrest apparatus (10) of claim 1,

comprises a pivot assembly pin (32) via which the armrest body (30) can be releasably assembled with respect to the assembly fitting (20) and about which the armrest body (30) can be deflected in a defined manner relative to the assembly fitting (20) by means of a pivot axis (31); and is

Comprises a receiving part (22), in particular in the form of a receiving opening, for receiving a pivot mounting pin (32) in the mounted state of the armrest body (30) on the mounting fitting (20).

3. The armrest apparatus (10) of claim 2,

the pivot mounting pin (32) is formed on the armrest body (30) and the receiving part (22) is formed on the mounting fitting (20); or

The pivot mounting pin (32) is formed on the mounting part (20) and the receiving part (22) is formed on the armrest body (30).

4. Armrest arrangement (10) according to one of the preceding claims, wherein the armrest body (30), in the mounted state on the fitting part (20), can be released from the fitting part (20) in a predetermined pivot position relative to the fitting part (20), and in particular only in the predetermined pivot position (S9), in the axial direction of the pivot fitting pin (32) and/or in a controllable manner.

5. The armrest device (10) as claimed in one of the preceding claims, comprising a latching mechanism (25), preferably in the region of the fitting (20),

the locking mechanism is provided for automatically locking the armrest body (30) to the fitting (20) when the armrest body (30) is mounted on the fitting (20), and

the locking mechanism is in particular manually operable and is provided for unlocking the armrest body (30) from the fitting (20) and releasing it for removal in response to manual operation in the mounted state of the armrest body (30).

6. The armrest apparatus (10) of claim 5, wherein said latch mechanism (24)

For manual operation, an operating element (26) and in particular a push button or a slider are provided,

has a monitoring zone (27), in particular a mechanically controlled monitoring zone, for visual and in particular color display of the locking and/or unlocking state of the locking mechanism (24), and

provision is made for the armrest body (30) to be locked only in the fully mounted state on the fitting part (20) and/or for the armrest body (30) to be unlocked or not fully mounted on the fitting part (20) to be removed from the fitting position with force assistance and in particular with spring assistance and in particular for the pivot fitting pin (32) and the receiving part (22) to be separated from one another.

7. The armrest arrangement (10) as claimed in one of the preceding claims, wherein the bearing element (50) is movable relative to the torso (40) of the armrest body (30) between a plurality of shift positions (V1, V2), which shift positions (V1, V2) are in particular configured to be releasably lockable, via ball-bearing supports, bearing surfaces or rails and/or with controlled operation by means of pressure points.

8. Vehicle seat (1) comprising at least one armrest device (10) according to one of the preceding claims, wherein the armrest device (10) is mounted in particular on a side face (1a) of the vehicle seat (1).

9. Vehicle and in particular passenger car, having at least one vehicle seat (1) according to claim 9, wherein the armrest device (10) is in particular mounted on a side (1a) of the vehicle seat (1) oriented toward the vehicle interior.

Technical Field

The invention relates to an armrest apparatus for a vehicle seat, such a vehicle seat and a vehicle.

Background

Seats in vehicles are often equipped with armrests for increased comfort. Such armrests are partially configured to be able to match in terms of ergonomic characteristics of different users.

However, the existing solutions are limited in terms of their ergonomics and the possibility of being able to adapt to the requirements for the expansion of the passenger compartment.

Disclosure of Invention

The object of the invention is to create an armrest arrangement for a vehicle seat, as well as a vehicle seat and a vehicle of this type, in which a particularly high degree of adaptability is achieved ergonomically and in terms of the extension of the passenger compartment by simple means.

The object of the invention is achieved according to the invention with the features of claim 1 for an armrest device, according to the invention with the features of claim 9 for a vehicle seat and according to the invention with the features of claim 10 for a vehicle. Advantageous further developments are the subject matter of the respective dependent claims.

According to a first aspect of the invention, an armrest apparatus for a vehicle seat is provided, having (i) a fitting for fitting to the vehicle seat and (ii) an armrest body which comprises a torso and which comprises a support element having an arm-bearing surface for receiving an arm of a user when the armrest apparatus is in use. The armrest body can be releasably attached to the fitting part by means of the trunk. The armrest body can be pivoted about a pivot axis relative to the fitting in the mounted state on the fitting. Furthermore, the support element can be moved with the arm support surface relative to the torso in the longitudinal extension direction of the torso. By the measures provided according to the invention, the highest level of comfort and flexibility in the use of the armrest device is achieved in that the armrest body can be detached from the fitting and, in the fitted state, offers a plurality of adjustment possibilities for an ergonomic adaptation to the user.

According to an advantageous embodiment of the armrest apparatus according to the invention, the armrest body, in the mounted state on the fitting, can be pivoted into a plurality of releasably lockable pivot positions relative to the fitting, in particular pivot positions with different inclinations of the arm support surface. This makes it possible to achieve a particularly high degree of adaptation to the ergonomic requirements of the user. The pivot positions can be distributed over a certain spatial angle discretely or continuously.

To achieve pivotability, different mechanisms are suitable. In a further development of the armrest apparatus according to the invention, a particularly stable arrangement is obtained when the armrest apparatus is designed to comprise a pivot mounting pin via which the armrest body can be releasably mounted with respect to the mounting fitting and about which the armrest body can be pivoted relative to the mounting fitting by means of a defined pivoting axis.

The assembly stop and the assembly pin of the armrest body can advantageously have a coding, preferably designed in a mechanical-geometric manner, in order to avoid confusion in the assembly (left/right) and/or incorrect orientation in or on the fitting.

The armrest device according to the invention is accordingly advantageously designed here to comprise a receiving part, in particular in the form of a receiving opening, for receiving the pivot mounting pin in the mounted state of the armrest body on the mounting fitting.

Different possibilities exist for the construction and mounting of the pivot mounting pin on the one hand and the receiving part on the other hand.

In one aspect, the pivot fitting pin may be formed on the armrest body and the receiving part may be formed on the fitting.

Alternatively to this, the pivot mounting pin can be formed on the mounting fitting and the receiving part can be formed on the armrest body.

According to a further alternative or additional embodiment of the armrest apparatus according to the invention, the armrest body can be released from the fitting in a predetermined pivot position relative to the fitting in the state mounted on the fitting, and in particular only in the predetermined pivot position, in the axial direction of the pivot fitting pin and/or in a controllable manner.

A particularly reliable operation of the armrest device according to the invention is achieved if the armrest device according to the invention is designed to comprise a locking mechanism, preferably in the region of the fitting part, wherein the locking mechanism is provided in particular for automatically locking the armrest body to the fitting part when the armrest body is mounted on the fitting part.

The complete locking of the system can advantageously be displayed to the user by means of markings provided on the push button and/or by its position in the mounting fitting.

In a further development of the armrest apparatus according to the invention, the latching mechanism can additionally be operated manually and/or be provided for unlocking the armrest body from the fitting in the mounted state of the armrest body in response to manual operation and releasing it for removal, in particular for removal in the axial direction relative to the pivot fitting pin.

In this case, it is particularly advantageous if the locking mechanism

For manual operation, operating elements and in particular buttons or sliders are provided,

with a monitoring zone, in particular a mechanically controlled monitoring zone, for visual and in particular color display of the locking and/or unlocking state of the locking mechanism and/or

Provision is made for the armrest body to be locked only in the fully mounted state on the fitting part and/or for the armrest body to be unlocked or not fully mounted on the fitting part to be removed from the fitting position with force assistance and in particular with spring assistance and in particular for the pivot fitting pin and the receiving part to be separated from one another.

In a further embodiment of the armrest apparatus, a further improvement in comfort can additionally or alternatively be achieved when the support element is movable relative to the torso of the armrest body between a plurality of displacement positions, which can in particular be designed to be releasably lockable, in particular via a ball-mounted support, bearing surface or rail and/or controlled actuation by means of pressure points.

According to a further aspect of the invention, a vehicle seat is also created which is designed to comprise at least one armrest device designed according to the invention, wherein the armrest device is in particular mounted on a side or on a side region of the vehicle seat.

The invention further provides a vehicle having at least one vehicle seat according to the invention, wherein the armrest device is mounted in particular on a side of the vehicle seat oriented toward the vehicle interior.

Drawings

Further details, features and advantages of the invention emerge from the following description and the accompanying drawings.

Fig. 1 and 2 show in schematic side view an embodiment of the armrest apparatus according to the invention in which the support element is in two different states of movement relative to the torso.

Fig. 3 to 6 show a further embodiment of the armrest device according to the invention in different operating states for normal use or for unlocking and removal in a schematic side view.

Fig. 7 shows a further embodiment of the armrest apparatus according to the invention in a schematic perspective view.

Fig. 8 and 9 show perspective exploded views of a further embodiment of the armrest apparatus according to the present invention.

Fig. 10 shows an embodiment of the armrest apparatus according to the invention in relation to different pivoting positions of the armrest body relative to the fitting.

Fig. 11 and 12 illustrate the construction and function of the blocking unit and the means for the ejection function according to a schematic diagram.

Detailed Description

Embodiments and technical background of the present invention are described in detail below with reference to fig. 1 to 12. Identical and equivalent elements and parts having identical or equivalent functions are denoted by the same reference numerals. A detailed description of the identified elements and components is not repeated in each instance they occur.

The features shown and further characteristics may be separated from one another in any form and combined with one another in any desired manner without leaving the core of the invention.

Fig. 1 and 2 show in a schematic side view an embodiment of the armrest apparatus 10 according to the invention, in which the support element 50 with the support surface 50a, which may also be referred to as an arm support surface, is in two different states of movement V1 and V2 relative to the trunk 40 of the armrest body 30.

The armrest body 30 according to fig. 1 and 2 is provided for mounting on a vehicle seat 1, which is likewise not shown here, by means of a fitting 20, which is not shown here.

After being fitted on the respective vehicle seat, the armrest body 30 can pivot relative to the fitting part 20 about a pivot axis 31 defined by the respective pivot fitting pin 32.

Further aspects of this, in particular also with regard to the blocking function and the venting function, are explained below in conjunction with fig. 11 and 12.

Fig. 3 to 6 show in schematic side view a further embodiment of the armrest apparatus 10 according to the invention in different operating states S3 and S9 for normal use in state S3 with a defined pivot angle or for unlocking and removal in state S9.

The installation of the armrest body 30, comprising the torso 40 and the support element 50, via the fitting 20 fitted on the vehicle seat 1 can likewise be seen in the illustrations in fig. 3 to 6.

Fig. 3 shows the armrest device 10 according to the invention in a use state S3 in a substantially horizontal orientation, i.e. a pivot angle of substantially 0 °, for example with respect to the geometry and dimensioning of the arrangement according to fig. 10.

In the transition to the state S9 shown in fig. 4 to 6 in which the direction of deflection in the opposite z direction of the tripod is at its maximum, a situation is obtained in which the locking mechanism 25 with the actuating element 26 and the surveillance zone 27 on the fitting part 20 is released or released for manual access and corresponding actuation in the direction of the arrow E by deflection in the vertical direction, i.e. in the direction opposite to the z direction.

When the actuating element 26 is actuated, the locking mechanism 25 is unlocked by a corresponding slide being moved downward in the direction of the arrow E, i.e. in the z direction. Here, the pivot fitting pin 32, which is not shown in fig. 3 to 6, for example, is released from the accommodating portion 22, so that the armrest body 30 can be pulled away in the axial direction of the pin 32. At the same time, a colored marking is displayed in the surveillance zone 27, which signal the unlocked state of the locking mechanism 25. The display in the surveillance zone 27 returns to the original state with a neutral display only when the armrest body 30 is reinserted onto the assembly fitting 20, the assembly is completed and the locking mechanism 24 is thus locked.

Fig. 7 shows a schematic perspective view of a further embodiment of an armrest apparatus 10 according to the invention in the assembled state on a vehicle seat 1.

Fig. 8 and 9 show perspective exploded views of a further embodiment of the armrest apparatus 10 according to the invention, in which the mounting fitting 20 is shown to comprise a receiving part 22 for a pivot mounting pin 32, a locking mechanism 25, an operating element 26 in the form of a slider and parts of the interior of a monitoring zone 27 for visual display of the locked state or the unlocked state.

Fig. 10 shows a further embodiment of the armrest apparatus 10 according to the invention in terms of the different possible pivot positions S1 to S9 of the armrest body 10 relative to the fitting 20.

The pivot positions S1 to S5 can also be understood as latch positions in which the angles of the armrest body 30 with respect to the mounting fitting 20 with respect to the xy plane are-14 °, -7 °, 0 °, +7 °, and +14 °, respectively.

The pivot position S9 already described above describes a position deflected vertically downwards, i.e. in the negative z direction, which can be used for unlocking the armrest body 30 relative to the fitting part 20.

Position S7 describes the maximum pivot position that can be flipped up, position S6 describes the pivot position of the switch point for reset, and position S8 describes the position of the release switch point for latching.

The pivot positions shown in fig. 10 are purely exemplary illustrations, any other discrete or continuous distribution of pivot positions being achievable according to the invention.

Fig. 11 and 12 illustrate the construction and function of the blocking unit and the means for the ejection function according to a schematic diagram.

Fig. 12 shows the armrest apparatus 10 in section in a state of being mounted on the mounting fitting 20. A pivot mounting pin 32 with a pivot axis 31 is received in the mounting fitting 20 in the receiving opening 22 and is locked against axial displacement by the insertion of a wire as a locking element 34. During assembly and thus during insertion of the pivot assembly pin 32 into the receiving part 22, the spring element 35 is now compressed and thus pretensioned. The blocking, which is achieved by the engagement of the locking element 34 in the form of a wire in the recess 35, prevents the mounting pin 32 from being pushed out of the receiving opening 22.

Shown in fig. 11: the locking element 29 in the form of a wire is moved by the actuating element 26 in the direction opposite to the z-direction and thus against the tensile force of the spring element 28, together via the driver element 29 and is thus guided out of the recess 33. Thereby, the fitting pin 32 is unlocked and released in the accommodating member 22. Under the action and the relief of the compressed spring element 35, the mounting pin 32, when it is not latched, i.e. unlocked, is pressed out of the receiving opening 22 and is discharged to some extent by the spring bias via the bolt of the support element 36, while being supported on the support element 36, for example on the bolt, on the one hand, and on the other hand, on the housing of the body 40 of the armrest apparatus 10.

These and further features and characteristics of the invention are further elucidated by means of the following explanation:

for example, armrests for single seats in vehicles, more precisely on the vehicle interior side, which are configured with a rotary height adjustment device, are known.

However, such handrails usually do not have depth adjustment means for covering a large percentage and cannot be removed before the assembly area, for example. As a result, the space or passage between the two individual seats has hitherto not been optimally utilized.

The remedy here is, for example, to create a pivotable armrest 10 which comprises a longitudinally movable cushion 50 and an additional interface, an operating unit 26 for removing the armrest 10 and a locking display 27.

It is possible according to the invention that a large percentage of the arm supports 50 can be used in a compact design. The armrest extraction enables an optimized passage from the third row of seats and between the single seats, for example for getting off the vehicle therefrom.

List of reference numerals

1 vehicle seat

10 armrest apparatus

20 fitting

22 receiving part, receiving opening

25 locking mechanism

26 operating element

27 monitoring area, monitoring element

28 spring, spring element

29 driver element for locking element 34

30 armrest body

31 pivot axis

32 pivoting assembly pin

33 groove

34 locking element, locking wire

35 spring, spring element

36 support element, peg

40 trunk

50 support element

50a arm support surface, support surface

E unlocking

S1-S9 pivot position

V1, V2 shift position

x direction of space

y direction of space

z direction of space