Patent Application
20200039560
The present invention relates to a steering assembly of a vehicle, as well as a vehicle with the steering assembly.
Vehicles of the current state of the art usually have a steering handle. The steering handle may be designed for example as a steering wheel or in some other form. The steering handle may be grasped by the driver and turned by the driver. The turning of the steering handle brings about a swiveling of the wheels and thus a steering of the vehicle by mechanical connection to the steering gear or a steer-by-wire guidance.
One problem which the present invention proposes to solve is to provide a more practicable organization of the interior space of a vehicle for the passengers.
A solution for the problem is a steering assembly of a vehicle. The vehicle is, in particular, a two-track vehicle, such as a car or truck. The steering assembly comprises a steering handle for steering the vehicle. The steering handle can be grasped by the driver of the vehicle. In particular, the steering handle is a steering wheel. However, the steering handle may also have a different configuration, for example, two steering horns.
The steering assembly comprises a suspension. The suspension can be fastened in the vehicle. Thus, for example, the suspension is fastened to a dashboard area of the vehicle or, as will be further explained, to the vehicle seat. The steering handle, in turn, is fastened to the suspension.
In regard to the rotary movement for steering, the steering handle may be connected in rotationally fixed manner to the suspension. In this way, the suspension also rotates with the steering. The suspension can be mechanically connected to a steering gear of the vehicle, so that it is a classical steering. The suspension in particular is designed as a steering column.
In addition or alternatively to the mechanical connection of the suspension to the steering gear, it is also provided that the steering assembly is designed as a steer-by-wire guidance. A rotary movement of the suspension is detected by sensors and, in response to this, the steering gear is actuated.
Furthermore, it is provided that the steering handle can rotate with respect to the suspension in regard to the rotary movement for the steering. The steering assembly in this case is designed as a steer-by-wire guidance. The turning of the steering handle with respect to the suspension is detected by sensor and used to actuate the steering gear.
Moreover, it is provided according to the invention that the steering handle is pivotably fastened to the suspension. Thus, the steering handle can pivot about a pivot axis with respect to the suspension. The pivot axis in particular stands perpendicular to the axis of rotation about which the steering handle is turned during the steering.
Moreover, the pivot axis preferably stands parallel, especially with a deviation of up to +/−10°, to the transverse axis of the vehicle, and perpendicular, especially with a deviation of up to +/−10°, to the vehicle vertical axis.
By pivoting the steering handle about the pivot axis, the steering handle can be pivoted into a steering position and a table position. In the steering position, the steering handle is oriented in a customary position for the steering of the vehicle. In the table position, the steering handle can no longer be used for steering, but instead can be used as a table. The steering handle is used as a table for example to set objects down on it. In particular, the steering handle is pivoted into the table position when the vehicle is being driven autonomously or is parked.
The pivoting of the steering handle relative to the suspension occurs, in one preferred embodiment, manually, by a force exerted by the driver on the steering handle. In particular, it is provided that the pivot position of the steering handle relative to the suspension is secured by way of a lock, which can be released by the driver for the pivoting of the steering handle.
Furthermore, it is preferably provided that the steering handle can pivot by motor relative to the suspension.
Preferably, the steering handle comprises at least one activating element, such as a knob or a rotary wheel or a touch display. The activating element can be activated by the driver. By means of the activating element, for example, a horn is activated or some other function of the vehicle is controlled. Preferably, it is provided that the activating element can be automatically deactivated or activated, or another function is obtained, by pivoting the steering handle into the table position. By “another function” it is meant that the activating element actuates another function of the vehicle in the steering position than in the table position.
Preferably, the steering handle can pivot by at least 30°, especially by at least 45°, especially preferably by at least 55°, about the pivot axis. In the steering position, the steering handle usually stands with a relatively small angle to the vehicle vertical axis. Thanks to the sufficiently large pivot angle, the steering handle can be pivoted down to a horizontal table position.
The connection between suspension and steering handle is preferably designed to pivot the steering handle into the table position, wherein the steering handle in the table position stands at +/−10° to the horizontal or to the plane formed by the vehicle lengthwise axis and vehicle transverse axis.
Especially preferably, the steering handle comprises a continuously level surface of at least 100 cm2, especially at least 200 cm2, especially preferably at least 300 cm2, which can be used as a support in the table position. This level surface in particular has no noteworthy curvatures or gaps which might present a disturbance when using the steering handle as a table.
All the angles and positions of the steering handle refer to the plane or surface of the steering handle which can also be used as a table. In the steering position, this plane or surface of the steering handle is facing toward the driver. In the table position, this plane or surface is substantially horizontal.
Preferably, it is provided that the steering handle can be fixed in at least one intermediate position, preferably in multiple intermediate positions, between the steering position and the table position. This makes it possible to make the steering handle somewhat more flat relative to the steering position by pivoting about the pivot axis. In such an intermediate position, the steering handle may be used in particular as a support surface for an object, such as a tablet or a book.
Furthermore, it is preferably provided that a holder is integrated in the steering handle. The holder can be folded out and/or extended from the steering handle. The folding out or extending can be done by hand or driven by motor. It is not provided that the holder is placed on the steering handle only when in use; instead, the holder is integrated in the steering handle, is always present in the steering handle, and is folded out or extended when in use. In a relatively simple embodiment, the holder is configured as a lower support for the object, especially a tablet or book, and it prevents the object from slipping. In particular, the holder is arranged on the lower area of the steering handle, so that when the steering handle is in a slanted position, such as the above-described intermediate position, the object placed on the steering handle cannot slide down.
Furthermore, it is preferably provided that a cup holder is integrated in the steering handle. The cup holder is always present in the steering handle and it is used in particular in the table position. For example, the cup holder can be folded out and/or extended from the steering handle. This also can be done by hand or driven by a motor, as with the above-described holder. In addition or alternatively, it is provided that the cup holder comprises a depression in the steering handle.
According to the invention described here, the steering assembly is fastened by the suspension at any given place in the vehicle, such as the dashboard area.
In one preferred embodiment, it is provided that the steering assembly is fastened to a vehicle seat inside the vehicle. Thus, the present invention relates to a vehicle seat with the described steering assembly, the suspension of the steering assembly being fastened to the vehicle seat. This makes it possible to move, in particular to shift or turn, the entire steering assembly together with the vehicle seat relative to the rest of the vehicle.
Thus, it is possible for the steering handle to always have the same distance from the driver on the vehicle seat, both in the steering position and in the table position. Furthermore, when the vehicle seat can rotate inside the vehicle, this makes it possible for the steering handle to also rotate. This is especially practicable when using the steering handle as a table.
For the fastening of the steering assembly to the vehicle seat, it is provided in particular that the steering assembly is designed as a steer-by-wire guidance.
The invention moreover relates to a vehicle with the described vehicle seat. It is provided in particular that the vehicle seat along with the steering assembly fastened to it is arranged displaceable with respect to the vehicle and/or tiltable and/or rotatable in at least one direction. The vehicle is particularly preferably a self-driving vehicle.
The invention moreover relates to a vehicle with the described steering assembly, regardless of the fastening of the suspension to the seat or elsewhere in the vehicle. The vehicle is particularly preferably a self-driving vehicle.
It is preferably provided for the described vehicle that the airbag usually arranged in the steering handle is arranged in another place, such as in the dashboard area of the vehicle. Other elements which are usually provided in the steering handle, such as the horn, may be arranged elsewhere in the vehicle.
The invention moreover relates to a steering handle of a vehicle with an integrated cup holder and/or an integrated holder. Thus, the cup holder already described and/or the holder already described can be integrated in the steering handle, regardless of whether the steering handle can pivot into the table position. The holder can be folded out and/or extended from the steering handle. The folding out or extending can be done by hand or driven by motor. It is not provided that the holder is placed on the steering handle only when in use; instead, the holder is integrated in the steering handle, is always present in the steering handle, and is folded out or extended when in use. In a relatively simple embodiment, the holder is configured as a lower support for an object, especially a tablet or book, and it prevents the object from slipping. In particular, the holder is arranged on the lower area of the steering handle, so that when the steering handle is in a slanted position, the object placed on the steering handle cannot slide down. The cup holder is always present in the steering handle. For example, the cup holder can be folded out and/or extended from the steering handle. This also can be done by hand or driven by a motor, as with the above-described holder. In addition or alternatively, it is provided that the cup holder comprises a depression or recess in the steering handle.
Other objects, advantages and novel features of the present invention will become apparent from the following detailed description of one or more preferred embodiments when considered in conjunction with the accompanying drawings.
The figures show a steering assembly 1 in a vehicle 2.
Regarding the vehicle 2, there are defined a vehicle lengthwise axis 5, a vehicle transverse axis 6, and a vehicle vertical axis 7. The vehicle 2 has a dashboard area 3 and a vehicle seat 4.
The steering assembly 1 comprises a steering handle 8 and a suspension 9. The steering handle 8, configured here as a steering wheel, is fastened to the suspension 9.
The steering handle 8 is fastened to the suspension 9 by a joint assembly 10. The steering assembly 1 enables a pivoting of the steering handle 8 about a pivot axis 11 to adjust a pivot angle 12. The pivot angle 12 is defined between the vehicle vertical axis 7 and a surface of the steering handle 8 which can be used as a table.
The pivot axis 11 stands parallel to the vehicle transverse axis 6 and perpendicular to the vehicle vertical axis 7.
According to the representation in
In the representation of
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The vehicle seat 4 is fastened by a seat fastening 15 to the vehicle 2. The seat fastening 15 makes possible a shifting of the vehicle seat 4 relative to the vehicle 2, especially along the vehicle lengthwise axis 5. Furthermore, a rotation device 16 is present between the vehicle seat 4 and the vehicle 2. Due to the rotation device 16, the vehicle seat 4 can be rotated relative to the vehicle 2, especially about the vehicle vertical axis 7. Due to this embodiment, it is possible to arrange the entire steering assembly 1 to be displaceable and rotatable along with the vehicle seat 4 with respect to the vehicle 2.
The foregoing disclosure has been set forth merely to illustrate the invention and is not intended to be limiting. Since modifications of the disclosed embodiments incorporating the spirit and substance of the invention may occur to persons skilled in the art, the invention should be construed to include everything within the scope of the appended claims and equivalents thereof.
| Number | Date | Country | Kind |
|---|---|---|---|
| 10 2017 206 872.8 | Apr 2017 | DE | national |
This application is a continuation of PCT International Application No. PCT/EP2018/056323, filed Mar. 14, 2018, which claims priority under 35 U.S.C. § 119 from German Patent Application No. 10 2017 206 872.8, filed Apr. 24, 2017, the entire disclosures of which are herein expressly incorporated by reference.
| Number | Date | Country | |
|---|---|---|---|
| Parent | PCT/EP2018/056323 | Mar 2018 | US |
| Child | 16597972 | US |
