DE102009049231A1 - Elastic component for elastic vehicle bearing, particularly front or rear axle bearing or stabilizer rod bearing, has elastomer body which defines axial inner passage of elastic component or ring-shaped outer side of elastic component - Google Patents

Abstract

The elastic component has an elastomer body which defines the axial inner passage of the elastic component or a ring- shaped outer side of the elastic component. The outer side radially surrounds the inner passage. A radial dimension of the outer side is larger than a radial dimension of a mounting eye and a radial dimension of the inner passage is smaller than a radial dimension of a section of a mounting part received in the inner passage in a non-deformed state of the elastomer body. Independent claims are also included for the following: (1) an arrangement, particularly a coupling rod, stabilizer rod or a shock absorber rod with a carrier; and (2) a method for holding a component, such as an elongated mounting part.

Description

The invention relates to an elastic member or spring member, which is usually formed from an elastomer part and may be a sub-component of a rubber-metal bush. The elastic member according to the invention is not limited to the use of a special material for the realization of elasticity or spring property, however, solid rubber and elastomeric materials are quite a suitable choice of material.

An elastic bearing with a generic spring part, in particular in the field of vehicle technology, serves to elastically oscillate a functional component, such as a stabilizer, a shock absorber, a delta link, a front or rear axle or the like, on a structure exposed to a vibration load, such as the motor vehicle body and steaming.

In order to realize the elastic fixation of the motor vehicle functional part to the structure, either an elongated carrier of the functional part itself, such as the stabilizer bar, can receive the elastic bearing surrounding it, wherein an inner side of the elastic bearing is fastened to the structure via a fastening pin. It is also possible to attach the motor vehicle functional part via a fixing pin, such as a fastening screw, to the elastic bearing, wherein the elastic bearing is inserted in a mounting eye in the structure. A fastening screw can firmly connect the elastic bearing to the structure or the motor vehicle functional part.

An example of a rubber-to-metal jack is off DE 33 27 817 A1 known, according to which the rubber-metal bushing has an outer sleeve formed from two half-shells, which encloses an elastomeric part, the inside is reinforced with inner fitting. When grasping the stabilizer bar and clamping the half-shells, the elastomer body is pressed radially. The attachment of the elastic bearing on the stabilizer bar realizes a radial fixation of the latter, whereby an axial fixation is provided by the frictional forces produced between the inside of the elastomer body and the outside of the stabilizer bar. It has been found that at very high load forces, the axial frictional forces are no longer sufficient to prevent undesired relative movement between the stabilizer bar or, for example, an elongated attachment part and the elastic bearing. Either then the radial clamping forces must be increased to increase the frictional forces, or the coefficient of friction at the friction surfaces must be adjusted correspondingly larger. This involves a considerable construction and assembly costs.

It is an object of the invention to overcome the disadvantages of the prior art, in particular to provide an elastic member or spring member for a resilient automotive bearing for use on a motor vehicle functional part, such as a stabilizer bar or the like, wherein a secure fixation of a on the elastic member to be held component, such as a pin or a disc is realized without having to change the basic structure and the basic function of the elastic bearing substantially.

This object is solved by the features of claim 1.

Thereafter, an elastic member for an elastic automotive bearing is provided, to which elastic member to hold a structural member such as an elongate mounting member such as an elongated fastening member such as a fixing pin or washer, a snap ring, a clamping clip, a sealing ring or the like, in particular, is to attach. The elastic member is adapted to be press-fitted in a mounting eye or a mounting hole such as a sleeve or bore in a motor vehicle functional part such as a coupling rod, a suspension structure, a front axle, a rear axle, a stabilizer bar, a delta link, etc. be and / or a mounting part, such as a fastening pin to receive in an axial inner passage of the elastomeric body. The elastic component according to the invention comprises an elastomeric body, which structurally delimits the axial inner passage of the elastic component and / or an annular outer surface of the elastic component which may radially surround the inner passage. In this case, in a non-deformed state of the elastomer body, a radial dimension whose outer side is greater than a radial dimension of the mounting eye and / or a radial dimension of the inner passage is smaller than a radial dimension of the received in the inner passage portion of the mounting member that the elastomeric body in the assembled state is deformed in the mounting eye and / or in the assembled state of the mounting part in the inner passage of the elastomeric body. According to the invention, the elastic member is provided with at least one retaining arm, which is fixedly arranged in particular at an axial end of the elastomer body. The at least one support arm is associated with the component or the mounting part such that the deformation of the elastomer body causes a displacement of the at least one support arm from a passive release position to an active holding position, in which the at least one support arm in a holding engagement with the component or the mounting part arrives.

It is clear that in the case of a fastening pin, the mounting part may be the component held by the at least one retaining arm. Alternatively, the mounting member, such as a mounting pin, and the component, such as a washer, may be separate components held together by the at least one retaining arm when the elastomeric body is compressed.

With the measure according to the invention, at least one holding arm associated with the elastomeric body, wherein the holding function of the support arm can be activated only by the deformation of the elastomer body with respect to its holding position, a simple assembly aid and a captive is assigned to the elastic member. In this way, an improved fixation of, for example, the fixing pin and / or a washer, nut, etc. can be ensured during assembly and during operation of the motor vehicle. The elastomeric body, when deformed, which causes displacement of the at least one support arm, is advantageously radially compressed at the moment it is mounted in the final assembly position.

With the inventive measure of a fixing mechanism, which is brought from a passive release position to an active gripping position that the elastomeric body is compressed during assembly, an axial fixation of the device can be achieved without changing the original construction or function of the elastic bearing. Difficult adjustment measures with regard to the holding forces acting on the component are invalid for an operator, because the fixing mechanism is fixed immutable due to the pre-defined assembly process. An operating margin for the operator when fixing component does not exist.

Compared to mounting known elastic bearings essentially no additional assembly tool and no additional assembly steps except the positioner and insertion of the elastic member or the elastic bearing are necessary to enable the axial fixing mechanism of the spring member of the invention for the device.

In a preferred embodiment of the invention causes the deformation of the elastomeric body, in particular the compression of the same, a predefined pivotal movement of the at least one holding arm from the passive free body position in the active holding position. It is clear that it does not have to be a pure pivoting movement about a stationary pivot axis, but that a free end of the support arm essentially follows a pivoting movement following the component.

In a further development of the invention, a particular stationary pivot axis is defined in a transition region or root region of the elastomeric body in the at least one support arm about which the at least one support arm is pivoted from the passive release position to the active holding position.

In a preferred embodiment of the invention, the at least one holding arm is in its holding position in a contact engagement with the component, in particular in a form-complementary engagement with a free end portion or a head of an elongated attachment pin.

In a preferred embodiment of the invention, the at least one holding arm extends in its release position substantially axially, preferably purely axially away from the elastomeric body, in particular from its radial surface. Preferably, the support arm can also extend slightly radially outwards in a first section adjacent to the elastomer body, while a free end section of the at least one support arm faces toward the mounting part stuck in the internal passage of the elastomer body.

In a preferred embodiment of the invention, a free end of the support arm engaging the component in the active holding position is curved radially inwardly toward the component. In this case, the free end may have a flat side facing the component side, which is shaped complementary to form an outer contour of the component, on which the holding arm bears.

In a preferred embodiment of the invention, the at least one holding arm and the elastomer body are made of an elastomeric piece, in particular injection-molded.

Alternatively, the at least one holding arm may be formed from a material which is stiffer relative to the elastomeric material of the elastomeric body, in particular plastic. The at least one holding arm may be embedded in the elastomeric body, in particular encapsulated, for attachment to the elastomeric body. It may be that at least one support arm is made in one piece, wherein another support arm is made of the stiffer material. To produce the elastomer body and the at least one holding arm, a two-component injection molding process can be used, wherein an elastomeric material is used for the elastomeric body and a harder plastic such as TPE is used for the holding arm.

In a preferred embodiment of the invention, the at least one support arm extends away from the elastomeric body toward a free end substantially at a constant thickness.

In a preferred embodiment of the invention, a plurality of retaining arms, in particular two, three or four retaining arms are provided, which are arranged in particular at a constant circumferential distance at each axial end of the elastomer body.

In a further development of the invention, the internal passage of the elastomer body is reinforced by a rigid sleeve, so that the elastomer body remains undeformed at internal pressure. Deformation of the elastomeric body on the inside is prevented, in particular if the elongated component is inserted into the internal passage, in particular pressed in. The sleeve is annularly concentrically surrounded by the elastomeric body, in particular formed by a contact closure.

Preferably, the at least one support arm extends axially beyond an axial end of the sleeve.

In a preferred embodiment of the invention, an axial dimension of the mounting eye is less than an axial dimension of a rigid sleeve of the bearing forming the internal passage.

It should be understood that the sleeve may be formed of any rigid material, such as plastic or metal, especially steel.

In a preferred embodiment of the invention, the outer side of the elastomer body is formed in the undeformed state by exactly two circumferential, bulbous elevations, between which a circumferential recess is limited. The elevations are radially opposite to the other elastomer material.

In a further development of the invention, the elastomeric body is configured in such a way that when it is mounted in the mounting eye, a first section of the elastomeric body adjacent to the mounting eye is radially compressed and a second, on the first adjoining section of the elastomeric body essentially displaces away from the mounting eye in the axial direction is, whereby a subsequent to the side portion, third portion of the elastomeric body is displaced substantially radially outward. The third section is offset axially relative to the at least one retaining arm, so that the at least one retaining arm is displaced radially inward, following essentially a counter-pivoting movement, due to the displacement of the third section.

It should be understood that preferably the first, second and third sections may be made of an elastomeric piece.

Preferably, the radial displacement of the third portion of the elastomeric body is mainly realized radially outwardly on a side remote from the at least one support arm side of a pivot axis to pivot the at least one holding arm for the holding engagement with the elongate member. The displacement on the side of the pivot axis facing away from the at least one holding arm serves to communicate the counter-pivoting movement to the at least one holding arm.

Preferably, the displacement of the third portion of the elastomeric body is formed radially outwardly by an axial displacement stop which is formed as a radially outwardly extending stop of the mounting member or the component or a rigid inner sleeve of the elastic bearing.

Furthermore, the invention relates to a resilient automotive bearing, in particular a front or rear axle, a stabilizer rod bearing or the like, for holding a component, such as an elongate attachment member, such as a fixing pin, or a washer of a snap ring, a Feststellklips, a sealing ring or the like. The elastic motor vehicle bearing according to the invention has an above-defined, inventive, elastic member or spring member.

In a preferred embodiment of the invention, the component, such as a fastening screw, inserted into the inner passage of the elastic bearing, in particular pressed, without deforming the elastomer body. The deformation prevents a rigid inner sleeve of the elastic bearing.

Furthermore, the invention relates to an arrangement, in particular a motor vehicle functional part, such as a coupling rod, a stabilizer bar, a shock absorber rod or the like. The arrangement comprises a carrier with at least one mounting eye, preferably two mounting eyes, which are formed in the carrier. Furthermore, the arrangement according to the invention has a component, such as an elongate fastening part, such as a fastening pin or a washer, a locking clip, a sealing ring or the like. According to the above-mentioned, elastic component according to the invention is mounted in the at least one mounting eye, whereby at the same time the component is held on the elastic member.

Preferably, a fixing pin in an internal passage of the elastic member is inserted as a component, in particular pressed, without deforming the elastomer body.

Finally, the invention relates to a method for holding a component, such as an elongated attachment part, such as a fixing pin, or a washer, a snap ring, a locking clip or a sealing ring or the like, on a particular inventive, elastic member or spring member. According to the elastomeric body is deformed during assembly of the elastic member, in particular when pressed into a mounting eye, and at least one support arm is automatically displaced at an axial end of the elastic elastomer body due to the deformation during assembly from a release position to a holding position. In the holding position, the at least one holding arm is brought into contact engagement with the component to hold it.

It is clear that the method according to the invention proceeds according to the mode of operation of the elastic component according to the invention and the elastic motor vehicle bearing according to the invention.

Further characteristics, advantages and features of the invention will become apparent from the following description of a preferred embodiment of the invention with reference to the accompanying drawings, in which:

1 a perspective view of a known coupling rod for a motor vehicle;

2 a perspective view of an elastic bearing according to the invention in an undeformed state;

3 a cross-sectional view of the elastic bearing according to 2 ;

4 a perspective view of the elastic bearing after 2 in a deformed mounting condition;

5 a cross-sectional view of the elastic bearing according to 4 ;

6 an exploded view of an elastic bearing according to the invention 2 before mounting in a mounting eye;

7 a side view of the elastic bearing in the assembled state in the mounting eye;

8th a cross-sectional view of the mounted elastic bearing after 7 ; and

9 a perspective view of another embodiment of an elastic motor vehicle bearing according to the invention, which is arranged in a mounting eye of a Kraftfahrzeugkuppelstange.

In 1 is a known functional part, namely coupling rod, for a motor vehicle generally with the reference numeral 1 Mistake. The coupling rod 1 has a dog bone shape with a middle section 3 and two reinforced end areas 5 . 7 , on each of which a mounting eye (not shown in detail) is provided. The axes of the mounting eyes are skewed at right angles to each other. The end areas 5 . 7 are reinforced by three ribs each, which love in levels to which the respective axes of the mounting eyes are perpendicular and towards the middle area 3 extend and stop there abruptly.

In each mounting eye is a fixing screw 9 and a fixing pin 11 arranged to the coupling rod 1 to attach to another component, such as the body of the motor vehicle. Between the fixing screw 9 or the fixing pin 11 and the coupling rod 1 is an elastic bearing 13 . 15 used the fixing pin 11 or the fixing screw 9 to hold elastically within the respective mounting eye.

In the 2 to 7 is the elastic bearing according to the invention generally with the reference numeral 21 Mistake. The elastic bearing 21 essentially comprises three main functional elements, namely: a circular cylindrical inner sleeve 23 made of steel or plastic, which defines a longitudinal axis A and thus a longitudinal direction around which the circular cylindrical inner sleeve 23 extends concentrically; an elastomeric body 27 on the whole outside 25 the inner sleeve 23 firmly formed, in particular vulcanized, is; and an axial fixing mechanism 29 which is three by the elastomeric body 27 away extending, movable support arms ( 31 . 33 . 35 ) is realized.

The holding arms 31 to 35 are at one axial end 37 of the elastomer body 27 movably arranged, whereby in the in the 2 to 8th illustrated preferred embodiment, the retaining arms 31 to 35 and the elastomeric body 27 are sprayed from a piece of rubber. It is clear that the retaining arms 31 to 35 to increase the stability of the fixing mechanism 29 can also be formed from a rigid plastic material and in a corresponding method, in particular a two-component injection molding process, partially in the elastomeric body 27 embedded, in particular can be encapsulated, to a movable attachment to the elastomeric body 27 to realize.

The holding arms 31 to 35 extend from the elastomeric body 27 substantially axially away and have a radially inwardly curved end portion 41 . 43 . 45 on.

The elastomer body 27 has in the undeformed state, which in the 2 and 3 is shown, a bellows shape with two bulbous Ringerhebungen 47 . 49 , which is a substantially axially central annular recess 51 axially limit. The bulbous Ringerhebungen 47 . 49 represent material accumulations, which are particularly necessary to the operation of the fixing mechanism 29 to ensure, in what follows, in particular as regards the 4 . 5 , and 8th is described.

In the 6 to 8th is an inventive arrangement of the elastic bearing 21 within one according to 1 shown trained coupling rod, with a fastening screw 9 is used.

In the case when the elastic bearing according to the invention 21 in a mounting eye 55 as it is in 6 is shown mounted, the elastomeric body 27 radially compressed, because the radial inner dimensions of Montageauges 55 significantly smaller than the radial outer dimensions of the elastomeric body 27 especially the bulbous Ringerhebungen 47 . 49 and the ring recess 51 are.

In the pressed state of the elastic bearing 21 and the mounting eye 55 , as in 8th is shown, the elastomeric body 27 deformed so that the original bulbous outside of the elastomer body 27 is profiled, as in 5 is shown. This is a first, substantially centered section 61 pressed radially inward together, causing a to the first section 65 adjacent second sections 63 is displaced axially outwardly in the axial direction A, which in turn displaces one to the second section 63 adjacent third section 65 leads, which is displaced substantially radially outward.

The suppression of the third section 65 is achieved in that a displacement of elastomeric material beyond the axial dimension of the sleeve by means of a paragraph 67 the fixing screw 9 is prevented and thus the material urging in the axial direction is deflected in the radial direction.

Due to the crowding out of the third section 65 become the holding arms 31 to 35 pivoted radially inwardly about a substantially stationary pivot axis about a head end of the mounting screws 9 to take as in 8th is shown. Through the contact engagement of the retaining arms 31 to 35 becomes the fixing screw 9 prevented from moving in the axial direction A of the elastic bearing 21 to move away. The pivoting movement of the retaining arms 31 to 35 is in 4 indicated by the arrows P.

With the fixing mechanism according to the invention 29 So it is possible, an axial fixation of the mounting pin 11 or a stabilizer bar on the elastic bearing 21 to realize without necessarily having to significantly change the friction conditions between the stabilizer bar and the elastomeric body or the structure of the elastic bearing.

As in 8th can be seen, is the radially inwardly curved shape of the support arms 31 . 33 . 35 to the outer shape of the headboard 69 the fixing screw 9 adjusted so that the support arms the headboard 69 can grip positively.

At the in 9 shown embodiment of an elastic bearing according to the invention, the same reference numerals for identical or similar components of the elastic bearing and the functional part of the motor vehicle are provided with the same reference numerals in order to facilitate the readability of the figure description.

The elastic bearing 21 , in particular the elastomeric body 27 , is in a mounting eye 71 the coupling rod 1 Pressed, causing the holding arms 31 . 33 conforming to a complementary shape to a component and hold, in the embodiment according to 9 as a washer 73 is realized. The washer 73 can with an inner hole 75 be executed, but also without.

By pressing in the elastomer body 27 automatically becomes the shim 73 through the holding arms 31 . 33 against the elastomer body 27 pressed and thereby fixed, whereby the assembly process and the insertion of a fastening pin (not shown) in the Innenendruchgang the elastomeric body 27 is relieved.

The elastomer body 27 can be like in 9 it can be seen on the at least one support arm 31 . 33 side facing away from a radial paragraph, the complementary shape to the adjacent side of the washer 73 is to set the axial position in both axial directions.

The features disclosed in the foregoing description, the figures and the claims may be of importance both individually and in any combination for the realization of the invention in the various embodiments.

LIST OF REFERENCE NUMBERS

1

coupling rod

3

middle section

5, 7

end regions

9

fixing screw

11

fastening pin

13, 15, 21

elastic bearing

23

circular cylindrical sleeve

25

outside

27

elastomer body

29

fixing mechanism

31, 33, 35

holding arms

41, 43, 45

curved end sections

47, 49

ring surveys

51

ring recess

55

mounting pad

61

first section

63

second part

65

third section

67

paragraph

69

head

71

mounting pad

73

washer

75

inner hole

A

axially

P

arrows

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 3327817 A1 [0004]

Claims (22)

Elastic component for an elastic motor vehicle bearing ( 21 ), to which a component, such as an elongated attachment part, such as a fixing pin ( 11 ), or a washer, a snap ring, a clip, a sealing ring or the like, to hold, in particular fasten, is, wherein the elastic member is adapted to a mounting eye, such as a sleeve or a bore in a functional part, such as Coupling rod, a motor vehicle, to be pressed and / or to receive a mounting part in an axial inner passage of the elastomeric body, comprising: an elastomeric body ( 27 ), which defines the axial inner passage of the elastic member and / or an annular, optionally the inner passage radially surrounding outer side of the elastic member, wherein in an undeformed state of the elastomeric body ( 27 ) has a radial dimension whose outside is greater than a radial dimension of the mounting eye (US Pat. 55 ) and / or a radial dimension of the inner passage is smaller than a radial dimension of the portion of the mounting part accommodated in the inner passage, such that the elastomer body ( 27 ) in the mounted state in the mounting eye ( 55 ) and / or in the mounted state of the mounting part in the inner passage of the elastomeric body ( 27 ) is deformed, characterized by at least one holding arm ( 31 . 33 . 35 ), in particular at one axial end of the elastomeric body ( 27 ) and is associated with the component such that the deformation of the elastomeric body ( 27 ) a displacement of the at least one holding arm ( 31 . 33 . 35 ) from a passive release position to an active holding position in which it is in a holding engagement with the component or the mounting part. Elastic component according to claim 1, characterized in that the deformation of the elastomeric body ( 27 ) a pivoting movement of the at least one holding arm ( 31 . 33 . 35 ) from the passive release position to the active hold position. Elastic component according to claim 1 or 2, characterized in that in a transition region of the elastomeric body ( 27 ) and the at least one holding arm ( 31 . 33 . 35 ) is defined in particular a substantially stationary pivot axis about which the at least one holding arm ( 31 . 33 . 35 ) pivots from the passive release position to the active stop position. Elastic component according to one of the preceding claims, characterized in that the at least one retaining arm ( 31 . 33 . 35 ) in its holding position in a contact engagement with the component, in particular with a free end portion or a head of an elongated attachment part is. Elastic component according to one of the preceding claims, characterized in that the at least one retaining arm ( 31 . 33 . 35 ) in its release position substantially axially, preferably purely axially, of the elastomeric body ( 27 ) extends away. Elastic component according to one of the preceding claims, characterized in that a free end of the retaining arm ( 31 . 33 . 35 ) engaged with the component in the active holding position is curved radially inwardly toward the component. Elastic component according to one of the preceding claims, characterized in that it consists of an elastomeric piece, in particular the at least one retaining arm ( 31 . 33 . 35 ) and the elastomeric body ( 27 ) made of an elastomeric piece, in particular injection molded, are. Elastic component according to one of the preceding claims, characterized in that the at least one retaining arm consists of a sleeve relative to the elastomeric material of the elastomeric body ( 27 ) stiffer material, in particular of plastic, is formed, wherein in particular the at least one holding arm ( 31 . 33 . 35 ) for attachment to the elastomeric body ( 27 ) partially in the elastomeric body ( 27 ) embedded, in particular overmoulded, is. Elastic component according to one of the preceding claims, characterized in that the at least one retaining arm ( 31 . 33 . 35 ) of the elastomeric body ( 27 ) extends to a free end substantially at a constant thickness. Elastic component according to one of the preceding claims, characterized in that a plurality of retaining arms ( 31 . 33 . 35 ), in particular two, three or four retaining arms, are provided, which in particular at a constant circumferential distance at the axial end of the elastomer body ( 27 ) are arranged. Elastic component according to one of the preceding claims, characterized in that the internal passage of the elastomeric body ( 27 ) is formed by a rigid sleeve, of the elastomeric body ( 27 ) annular concentrically surrounded, in particular contact-formed, is. Elastic component according to claim 11, characterized in that the at least one holding arm ( 31 . 33 . 35 ) extends axially beyond an axial end of the sleeve. Elastic component according to one of the preceding claims, characterized in that the outside of the elastomeric body ( 27 ) in the undeformed state by exactly two circumferential, radially projecting elevations ( 47 . 49 ) is formed, between which a circumferential, radial recess ( 51 ) is axially limited. Elastic motor vehicle warehouse ( 21 ), in particular front or rear axle bearings, stabilizer rod bearings or the like, for holding a component, such as an elongate attachment part, such as a fixing pin ( 11 ), or a washer, a snap ring, a clip, a sealing ring or the like, comprising an elastic member formed according to one of the preceding claims. Elastic motor vehicle warehouse ( 21 ) according to claim 14, characterized in that an axial dimension of the mounting eye ( 55 ) smaller than an axial dimension of a, the inner passage forming, rigid sleeve of the bearing ( 13 . 15 . 21 ). Elastic motor vehicle warehouse ( 21 ) according to claim 14 or 15, characterized in that the elastomeric body ( 27 ) is configured such that when mounted in the mounting eye ( 55 ) a first, the mounting eye ( 55 ) adjacent section ( 61 ) of the elastomeric body ( 27 ) is radially compressed, a second, to the first section ( 61 ) subsequent section ( 63 ) of the elastomeric body ( 27 ) substantially in the axial direction of the mounting eye ( 55 ) is displaced away, whereby a to the second section ( 63 ), the third section ( 65 ) of the elastomeric body ( 27 ) is displaced substantially radially outward, wherein the third section ( 65 ) to the at least one holding arm ( 31 . 33 . 35 ) is offset axially, so that the at least one holding arm ( 31 . 33 . 35 ) is displaced radially inwardly in a counter-pivoting movement. Elastic motor vehicle warehouse ( 21 ) according to claim 16, characterized in that the radial displacement of the third section ( 65 ) of the elastomeric body ( 27 ) radially outwardly offset axially of a pivot axis of the at least one support arm ( 31 . 33 . 35 ) is enforced. Elastic motor vehicle warehouse ( 21 ) according to claim 16 or 17, characterized in that the radial displacement of the third section ( 65 ) is urged radially outwardly by an axial displacement stop, which acts as a radially outwardly extending stop of the elongated member or a rigid inner sleeve of the elastic bearing ( 13 . 15 . 21 ) is formed. Arrangement, in particular coupling rod ( 1 ), Stabilizer bar or shock absorber bar, comprising: a carrier having at least one mounting eye ( 55 ), preferably two mounting eyes, a structural element, such as an elongated fastening part, such as a fastening pin ( 11 ), or a washer, a snap ring, a clip, a sealing ring or the like, and in the at least one mounting eye ( 55 ), designed according to one of claims 1 to 13, elastic component. Arrangement according to claim 19, characterized in that the component plugged into an inner passage of the elastic member, in particular pressed, is, without the elastomeric body ( 27 ) to deform. Method for holding a component, such as an elongate attachment part, such as a fixing pin ( 11 ), or a washer, a snap ring, a clip, a sealing ring or the like, on a particular according to one of claims 1 to 13 formed, elastic member, characterized in that during assembly of the elastic member, in particular when pressed into a mounting eye ( 55 ), an elastomeric body ( 27 ) is deformed and at least one holding arm ( 31 . 33 . 35 ) at an axial end of the elastomeric body ( 27 ) is displaced due to this deformation from a release position into a holding position in which the at least one holding arm ( 31 . 33 . 35 ) is brought into contact engagement with the device. A method according to claim 21, characterized in that it according to the operation of the formed according to one of claims 1 to 13 elastic member ( 21 ) and or according to one of claims 14 to 18 formed elastic motor vehicle bearing ( 21 ).

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