Intermediary flange, combined intermediary flange unit and vibration damper

1. An intermediary flange for coupling spring units of damper assemblies connected in series, comprising:

radially extending bars;

contact and support surfaces for the radially extending bars oriented in circumferential direction opposite to one another for supporting end portions of the spring units of the different damper assemblies, wherein:

the bars are formed by particular bar elements which are aligned and attached in a circumferential direction with respect to their relative positions through attachment at annular disc shaped lateral components axially disposed on both sides; and,

the annular disc shaped lateral components form a base element and the bar elements are disposed, so that they extend from a portion of an outer circumference of the annular disc shaped lateral components in a radial direction outward.

2. The intermediary flange according to claim 1 , further comprising devices for axially supporting the end portions of the spring units, the devices arranged at the bar elements and at the annular disc shaped side components forming support surfaces extending in the circumferential direction over a partial portion of the extension of the spring units supported at the intermediary flange, wherein the support surfaces are used for supporting at least an axial force component.

3. The intermediary flange according to claim 2 , wherein the devices include separate elements or support units connected with the axial annular disc shaped lateral components or the bar elements and forming axial support surfaces.

4. The intermediary flange according to claim 2 , wherein the devices are configured as one component with the annular disc shaped lateral components or the bar elements.

5. The intermediary flange according to claim 1 , further comprising devices for axially supporting the end portions of the spring units, the devices arranged at the bar elements or at the annular disc shaped side components forming support surfaces extending in the circumferential direction over a partial portion of the extension of the spring units supported at the intermediary flange, wherein the support surfaces are used for supporting at least an axial force component.

6. The intermediary flange according to claim 5 , wherein the devices include separate elements or support units connected with the axial annular disc shaped lateral discs or the bar elements and forming axial support surfaces.

7. The intermediary flange according to claim 5 , wherein the devices are configured as one component with the annular disc shaped lateral components or the bar elements.

8. The intermediary flange according to claim 1 , wherein:

the particular bar element is configured and arranged so that it includes an annular segment shaped attachment portion for arranging the connection with the lateral components disposed on both sides;

the attachment portions of the particular bar elements are arranged and configured, so that they form circumferentially oriented stop surfaces for a rotation angle limitation with a stop surface of another damper component whose relative rotation angle shall be limited; and,

intermediary spaces for receiving and supporting the respective stop surface of stop surface of another damper component are configured by two bar elements disposed offset from one another in a circumferential direction with faces of the lateral components oriented towards one another.

9. A combined intermediary flange—flange unit comprising the intermediary flange according to claim 1 and a main flange, wherein the intermediary flange and the main flange are provided with circumferentially oriented bar elements and bars, respectively, forming contact and support surfaces for the spring units of a damper assembly, are radially oriented in the same direction and the intermediary flange is supported at the main flange.

10. The combined intermediary flange—flange unit according to claim 9 , wherein:

the bars of the main flange are supported in intermediary spaces configured between the annular disc shaped lateral components and the bar elements arranged offset from one another in a circumferential direction;

contact surfaces are provided at the bars of the main flange and oriented towards the bar elements of the intermediary flange: and,

the contact surfaces are configured to provide a rotation angle limitation.

11. A vibration damper comprising at least two damper assemblies connected in series and coupled with one another through an intermediary flange, wherein:

torque transmission devices and damping coupling devices of the damper assemblies are formed by spring units and devices for axially supporting the spring units at the intermediary flange; and,

the intermediary flange is configured according to claim 1 .

12. A vibration damper comprising at least two damper assemblies connected in series and coupled with one another through an intermediary flange, wherein:

torque transmission devices or damping coupling devices of the damper assemblies are formed by spring units and devices for axially supporting the spring units at the intermediary flange; and,

the intermediary flange is configured according to claim 1 .

13. An intermediary flange for coupling spring units of damper assemblies connected in series, comprising:

radially extending bars; and,

contact and support surfaces for the radially extending bars oriented in circumferential direction opposite to one another for supporting end portions of the spring units of the different damper assemblies, wherein:

the bars are formed by particular bar elements which are aligned and attached in a circumferential direction with respect to their relative positions through attachment at annular disc shaped lateral components axially disposed on both sides;

the particular bar element is configured and arranged so that it includes an annular segment shaped attachment portion for arranging the connection with lateral components disposed on both sides;

the attachment portions of the particular bar elements are arranged and configured, so that they form circumferentially oriented stop surfaces for a rotation angle limitation with a stop surface of another damper component whose relative rotation angle shall be limited; and,

intermediary spaces for receiving and supporting the respective stop surface of stop surface of another damper component are configured by two bar elements disposed offset from one another in a circumferential direction with faces of the lateral components oriented towards one another.

14. A single stage damper, comprising:

an axis of rotation;

an output component;

an input component including first and second drive discs arranged to receive torque and forming an outer circumference of the single stage damper;

only one single plurality of spring units, every spring unit in the only one single plurality of spring units:

at a first radial distance, orthogonal to the axis of rotations, from the axis of rotation; and,

engaged with the first and second drive discs and arranged to receive torque from the first and second drive discs; and,

a combined flange unit arranged to transmit torque to the output component and including:

a plurality of bar elements with:

respective first portions extending in a radial direction orthogonal to the axis of rotation from respective first ends closest to the axis of rotation to respective second ends furthest from the axis of rotation; and,

respective second portions at the respective second ends and extending beyond the respective first portions in a circumferential direction defined by a circular line at a fixed distance from the axis of rotation; and,

first and second annular disc shaped lateral components separately formed from the plurality of bar elements, wherein:

the plurality of bar elements is engaged with the plurality of spring units; and,

the respective first end of each bar element is fixed to the first and second annular disc shaped lateral components.