DE102017211470A1 - Holding arrangement of a planking part on a support element of a motor vehicle, holding device for a holding arrangement and method for arranging a Plankungsteils on a support element of a motor vehicle - Google Patents

Abstract

The invention relates to a holding arrangement (1) of a planking part (2) on a support element (3) of a motor vehicle (4), which has at least two retaining elements (5) with at least two holding elements arranged between the planking part (2) and the support element (3) (6, 7), wherein the first holding element (6) of the at least two holding elements (6, 7) holds the planking part (2) and the second holding element (7) of the at least two holding elements (6, 7) with the first holding element ( 6) via a common, for positioning the Plankungsteils (2) relative to the support member (3) adjustable holding connection (8) is held. The second retaining element (7) comprises an adhesive region (9) which is provided with an adhesive component (10) by means of which the second retaining element (7) is held on the support element (3). Further aspects of the invention relate to a holding device (5) for a holding arrangement (1) and to a method for arranging a planking part (2) on a carrying element (3) of a motor vehicle (4).

Description

The invention relates to a holding arrangement of a planking part on a support element of a motor vehicle, according to the preamble of claim 1. Further aspects of the invention relate to a holding device for such a holding arrangement and a method for arranging a Plankungsteils on a support element of a motor vehicle.

From the WO 2017/005720 A1 is known in the automotive field applicable method for joining objects. In this case, an anchoring is used which comprises an anchor element and a clip element which can be connected to the anchor element. The anchoring element can be anchored in an opening of an object of the two objects, whereas the clip element has an end piece which can be hooked with another object of the two objects. The anchor element and the clip element can be locked together.

Object of the present invention is to provide a holding device, a holding device and a method of the type mentioned, in which a particularly low-cost positioning and holding a Plankungsteils on a support element of a motor vehicle is possible.

This object is achieved by a holding arrangement having the features of patent claim 1, by a holding device having the features of patent claim 12 and by a method having the features of patent claim 13. Advantageous embodiments of the invention are the subject of the dependent claims.

A first aspect of the invention relates to a holding arrangement of a planking part on a support element of a motor vehicle, which comprises at least one holding device with at least two holding elements arranged between the planking part and the carrying element, wherein a first holding element of the at least two holding elements holds the planking part and a second holding element of the at least two holding elements with the first holding element via a common, for positioning the Plankungsteils relative to the support member adjustable holding connection is held. The first holding element can hold the planking part indirectly or directly. In other words, the first holding element can hold the planking part directly (directly) or with the interposition of a further element (indirectly).

According to the invention, the second holding element comprises an adhesive region, which is provided with an adhesive component, by means of which the second holding element is held on the support element. This is advantageous since, by virtue of the adhesive component, both holding elements in their arrangement between the planking part and the support element are positionable not only relative to one another, but also the second holding element can be positioned relative to the support element. Thus, not only the positioning on the holding connection, but - at least until a time at which hardening of the adhesive component has advanced so that a relative movement between the second holding member and the support member is prevented by the adhesive component - also a displacement of the second holding member take place relative to the support element. Overall, this allows tolerances (longitudinal tolerances, lateral tolerances and height tolerances), for example, of the planking part in its arrangement on the support element to be compensated for particularly easily.

In addition, the second holding element can be held by means of the adhesive component under particularly low thermal load of the holding arrangement on the support element, so the second holding element are connected to the support element. In contrast to a welded joint, the production of which requires at least temporarily high temperatures, there is thus no or only a slight risk of thermal distortion of the holding arrangement. Another advantage over a welded joint, which is produced for example by friction welding, is that significantly lower contact forces act by gluing by means of the adhesive connection. Accordingly, when bonding the second retaining element to the support element, there is no or only slight deformation of the support element due to pressing force, whereas a significantly larger, contact-pressure-related deformation occurs when the second retaining element is welded to the support element.

In the context of the invention, the term "positioning" can be understood to mean a relative alignment (orientation) of the planking part to the support element, in particular a setting of a gap dimension, that is, for example, a gap size of a gap provided between the planking part and the support element. Accordingly, the adjustable holding connection for adjusting the gap dimension between the Plankungsteil and the support member may be formed.

The holding device may comprise the adhesive component. This can advantageously be dispensed with a subsequent application of the adhesive component.

The planking part can be designed as a plastic planking, as a result of which the holding arrangement can have a particularly low weight.

Preferably, the adhesive component may be part of a multi-component adhesive. The adhesive component can be formed, for example, for self-curing, ie for curing without further catalysts (accelerators).

The adhesive component can also be curable by supplying energy, for example in the form of UV light. By UV light irradiation, the curing of the adhesive component can be effected or accelerated in a simple manner.

In an advantageous development of the invention, the adhesive area comprises a shoulder on which the second retaining element rests against a contact surface of the support element to form a glue gap. This is advantageous because the paragraph a defined gap height of the adhesive gap is adjustable. The gap height can correspond to a distance between the contact surface of the support element and a, the contact surface facing adhesive surface of the second support member.

In a further advantageous development of the invention, a relative offset between the first holding element and the second holding element is set in at least one extension direction of the holding device by means of the adjustable holding connection. As a result, a particularly low-effort positioning is given. When adjusting the Relativersatzes example, a change in distance of the two holding elements can be effected when adjusting the holding connection.

In a further advantageous embodiment of the invention, the retaining compound is at least partially provided with the adhesive component. This is advantageous because this can be prevented by the adhesive component in a particularly simple manner, an undesirable adjustment, for example in the form of a relative displacement between the first holding element and the second holding element, as soon as the adhesive component is sufficiently cured.

In a further advantageous embodiment of the invention, the holding device comprises at least one Klebstoffzuführleitung which extends at least partially through the holding device and through which the adhesive component is fed to the adhesive region. This is advantageous since in this way a wetting of the adhesive area with the adhesive component can take place in a particularly simple manner. By Klebstoffzuführleitung it is particularly easy to first contact the second holding element with the support element and only then to wet the adhesive area on the Klebstoffzuführleitung with the adhesive component.

In a further advantageous embodiment of the invention, respective, mutually corresponding connection areas of the first holding element and the second holding element in the holding connection in engagement. This allows a particularly simple positioning.

The connection region of the first holding element can also be referred to as the first connection region. The connecting region of the second holding element can also be referred to as the second connecting region.

The adjustable holding connection can preferably be designed as a screw connection. This allows a particularly simple adjustment and positioning. The first connection region can thus be formed as a first thread of the first holding element. The second connection region may be formed as a second thread of the second holding element.

In a further advantageous embodiment of the invention, the holding device comprises at least one Klebstoffzuführkanal which extends at least partially through the holding device and through which the adhesive component is at least one of the connecting portions can be fed. This is advantageous since in this way a wetting of the connection regions with the adhesive component can be effected in a particularly simple manner. The adhesive supply channel makes it particularly easy to first position the paneling element relative to the support element via the adjustable retaining connection and then to provide the connection areas with the adhesive component in order to prevent a subsequent undesired relative movement of the connection areas.

In a further advantageous development of the invention, one of the two connection regions is at least partially provided with the adhesive component and the other of the two connection regions at least partially with an additional adhesive component, wherein the adhesive component and the additional adhesive component are formed in mutual contact for reaction with each other, so that in the reaction Adhesive component and the additional adhesive component form an adhesive connection connecting the first connection region with the second connection region cohesively. This is advantageous because it provides a particularly low-effort Curing of the adhesive connection can be done. The additional adhesive component may be formed, for example, as a catalyst which can cause or accelerate curing of the adhesive component. By partially providing the respective connection regions with the adhesive component or with the additional adhesive component, it is possible to prevent the additional adhesive component and the adhesive component from inadvertently coming into contact, thereby curing the adhesive connection before the positioning is started. The mutual contacting of the adhesive component and the additional adhesive component can be effected by adjusting the holding connection, that is, in the positioning.

In a further advantageous development of the invention, the first holding element and / or the second holding element is made of a transparent material, in particular of a transparent plastic. This is advantageous, since in this way a particularly simple curing of the adhesive component by irradiation, for example by UV light, can take place. By the transparent material thus the number of suitable, different types of adhesive components can be increased. Another advantage is that by the transparent material and a visual inspection, for example, the positioning of the two holding elements can be done in a simple manner.

The first holding element and additionally or alternatively the second holding element may also be formed from plastic. As a result, the holding arrangement can have a particularly low weight.

In a further advantageous embodiment of the invention, the holding device comprises a clip element, which on the one hand connected to the Plankungsteil, in particular latched, and which on the other hand to a holding area, in particular on a holding opening, the first holding element is locked with this. This is advantageous since such a clip element can be fixed to the holding region of the first holding element with particularly little effort. In particular, a particularly fast clip connection can be produced by means of the clip element.

In a further advantageous embodiment of the invention, the clip element comprises a fixing opening on which a fixing element is fixed, by means of which the first holding element is clamped to the clip element. This is advantageous since an additional clamping of a clip connection between the clip element and the first holding element is made possible by means of the fixing element, whereby a particularly captive holding of the clip element on the first holding element can take place.

The fixing element may for example be designed as a screw, to name just one example.

A second aspect of the invention relates to a holding device for a holding arrangement according to the first aspect of the invention. Such a holding device allows a particularly low-cost positioning and holding a Plankungsteils on a support member of a motor vehicle. The features presented in connection with the holding arrangement according to the invention and their advantages apply correspondingly to the holding device according to the invention and vice versa.

• - Positionieren des Beplankungsteils gegenüber dem Tragelement durch Verstellen der Halteverbindung; und
• - Aushärten der am Klebebereich aufgebrachten Klebstoffkomponente und dadurch Halten des zweiten Halteelements an dem Tragelement.

A third aspect of the invention relates to a method for arranging a planking part on a support element of a motor vehicle, using a holding device of a holding arrangement according to the first aspect of the invention, comprising at least the steps:

• - Positioning of the planking part relative to the support element by adjusting the holding connection; and
• - Hardening of the adhesive applied adhesive component and thereby holding the second holding member to the support element.

• - Aufbringen der Klebstoffkomponente an dem Klebebereich und/oder an der Halteverbindung erfolgen.

By such a method, a particularly low-cost positioning and holding a Plankungsteils on a support element of a motor vehicle is possible. In addition, between the positioning step and the curing step, there is another step

• Apply the adhesive component to the adhesive area and / or to the retaining compound.

The features presented in connection with the holding arrangement according to the invention and the holding device according to the invention as well as their advantages also apply correspondingly to the method according to the invention and vice versa.

Further features of the invention will become apparent from the claims, the figures and the description of the figures. The features and combinations of features mentioned above in the description as well as the features and feature combinations mentioned below in the description of the figures and / or shown alone in the figures can be used not only in the respectively indicated combination but also in other combinations or in isolation.

• 1 eine Perspektivansicht auf einen Teilbereich eines Kraftfahrzeugs an welchem in einer Halteanordnung ein Beplankungsteil an einem Trageelement des Kraftfahrzeugs gehalten ist;
• 2 eine vergrößerte Darstellung eines Ausschnitts A aus 1 ohne das Beplankungsteil, wobei mehrere Haltevorrichtungen der Halteanordnung gezeigt sind, welche zum Halten des Beplankungsteils an dem Tragelement sowie zum Positionieren des Beplankungsteils gegenüber dem Tragelement ausgebildet sind;
• 3 eine Perspektivansicht auf eine der Haltevorrichtungen, wobei zwei Halteelemente eine gemeinsame, verstellbare Halteverbindung bilden;
• 4 eine Perspektivansicht auf ein erstes Halteelement der zwei Halteelemente;
• 5 eine Perspektivansicht auf ein zweites Halteelement der zwei Halteelemente;
• 6 eine Schnittdarstellung eines Teilbereichs der Halteanordnung; und
• 7 eine weitere Schnittdarstellung eines Teilbereichs der Halteanordnung.

The invention will now be explained in more detail with reference to a preferred embodiment and with reference to the drawings. Show it:

• 1 a perspective view of a portion of a motor vehicle on which in a holding arrangement a Plankungsteil is held on a support member of the motor vehicle;
• 2 an enlarged view of a section A from 1 without the planking part, wherein a plurality of holding devices of the holding arrangement are shown, which are designed for holding the planking part on the support element and for positioning the Plankungsteils relative to the support member;
• 3 a perspective view of one of the holding devices, wherein two holding elements form a common, adjustable holding connection;
• 4 a perspective view of a first holding element of the two holding elements;
• 5 a perspective view of a second retaining element of the two holding elements;
• 6 a sectional view of a portion of the holding arrangement; and
• 7 a further sectional view of a portion of the holding arrangement.

In the figures, identical and functionally identical elements are provided with the same reference numerals.

1 . 6 and 7 each show different views of a holding arrangement 1 a planking part 2 on a support element 3 of a motor vehicle 4 , The car 4 is present only in 1 indicated schematically. The planking part 2 may generally be formed as Außenbeplankungsteil or as Innenbeplankungsteil. In the present case is the planking part 2 merely exemplified as Außenbeplankungsteil and thereby designed as a plastic spoiler. The support element 3 is present only as an example as a sheet metal part of the motor vehicle 4 designed. The support element 3 is part of a shell of the motor vehicle 4 ,

When making the holding arrangement 1 , So when placing the planking part 2 on the support element 3 will be an in 1 schematically shown joint 34 between the planking part 2 and the support element 3 educated.

The joint 34 can also be between the planking part 2 and not shown here, to the planking part 2 adjacent components of the motor vehicle 4 be educated. These adjacent components may include, for example, a roof panel, so designed as a vehicle roof Außenbeplankungsteil, to name just one example.

For a uniform joint dimension of the planking part 2 circumferential joint 34 when placing the planking part 2 on the support element 3 to achieve includes the holding arrangement 1 several holding devices 5 , by means of which the joint dimension is adjustable.

The holding devices 5 each comprise at least two, in the holding arrangement 1 between the planking part 2 and the support element 3 arranged holding elements 6 . 7 , One of the holders 5 is enlarged in a perspective view in 3 shown. A first holding element 6 the at least two holding elements 6 . 7 is enlarged in a perspective view in 4 whereas a second retaining element is shown 7 the at least two holding elements 6 . 7 enlarged in a perspective view in 5 is shown.

The first holding element 6 and the second holding element 7 are presently formed of a transparent plastic.

As in particular in respective sectional views of a portion of the holding arrangement 1 in 6 and 7 can be seen, the first holding element 6 the planking part 2 by means of a clip element 23 hold. The holding device 5 can the clip element 23 include. The clip element 23 on the one hand with the planking part 2 connected, in particular locked, and on the other hand with a clip area 25 of the clip element 23 at one, designed as a holding opening holding area 26 of the first holding element 6 be locked with this. The holding opening 26 in the present case extends continuously through the first holding element 6 , In addition, the holding arrangement 1 a sealing ring 33 which is in the holding arrangement 1 between the clip element 23 and the first holding element 6 can be tightly clamped.

The clip element 23 includes a fixing hole 29 to which a presently designed as a screw fixing 30 can be fixed. By means of the fixing element 30 may be the first holding element 6 with the clip element 23 be tense.

Alternatively, the first holding element 6 the planking part 2 also hold directly, although this is not shown here. To the planking part 2 can hold directly, then the first holding element 6 comprise a not shown here Verrastungsbereich, by means of which the first holding element 6 with a corresponding partial area of the planking part 2 is latched.

In the present case, however, is a rest area 24 of the clip element 23 with this part of the planking part 2 latched as in 6 and 7 is shown. The partial area is here as a holding opening of the planking part 2 designed, at which the rest area 24 is behind hook.

The second holding element 7 includes an element opening 27 , which is continuous through the second retaining element 7 extends.

The holding opening 26 , the element opening 27 , the fixing hole 29 as well as an opening 32 at the planking part 2 , which through the Plankungsteil 2 extends, together form a through hole 28 through which the fixing element 30 can be carried out at least in certain areas.

In 6 is a presently designed as a screw head element portion of the fixing 30 via a disk element 31 on the support element 3 supported and the fixing 30 is in the fixing hole 29 of the clip element 23 screwed. This allows both the clip element 23 opposite the first holding element 6 be radially clamped, as well as a clamping force to be exerted by which the holding device 5 on the second holding element 7 on the support element 3 can be pressed.

In 7 is the fixing element 30 - compared to 6 - arranged inverted, taking on the disc element 31 can be waived. Accordingly, in 7 only the clip element 23 by means of the fixing element 30 opposite the first holding element 6 radially braced.

The second holding element 7 the two retaining elements 6 . 7 is with the first holding element 6 generally via a joint, for positioning the planking part 2 opposite the support element 3 adjustable holding connection 8th held. The holding connection 8th is presently designed as a screw connection. At the holding connection 8th are respective, mutually corresponding connection areas 18 . 19 of the first holding element 6 and the second holding member 7 engaged.

A first connection area 18 the mutually corresponding connection areas 18 . 19 is present as the first thread of the first holding element 6 educated. The first connection area 18 is configured here as an external thread. A second connection area 19 the mutually corresponding connection areas 18 . 19 is present as a second thread of the second holding element 7 educated. The second connection area 19 is designed here as an internal thread.

The second holding element 7 includes an adhesive area 9 , which with an adhesive component 10 is provided, by means of which the second holding element 7 on the support element 3 can be held as soon as the adhesive component 10 has hardened.

Also the holding connection 8th can at least partially with the adhesive component 10 be provided as in 6 and 7 is shown.

The gluing area 9 includes a paragraph 11 , on which the second holding element 7 forming a glue gap 12 at a contact surface 13 of the support element 3 is applied. The glue gap 12 extends between the contact surface 13 and one, the contact surface 13 in the holding arrangement 1 facing adhesive surface 14 at the gluing area 9 of the second holding element 7 , Paragraph 11 limits the adhesive surface 14 regionally.

By means of the adjustable holding connection 8th is a, in this case indicated by a double arrow relative offset 15 between the first holding element 6 and the second holding element 7 in at least one extension direction 15 the holding device 5 adjustable. The extension direction corresponds in the present case to a direction of longitudinal extension of the retaining connection 8th , By changing the Relativersatzes 15 may be a change in distance between the planking part 2 and the support element 3 be effected.

As long as the adhesive component 10 is not yet cured, is also a, indicated by another double arrow relative displacement 16 the holding device 5 along the support element 3 allows. Due to the relative displacement 16 For example, a parallel shift between the planking part 2 and the support element 3 respectively.

By setting the Relativersatzes 15 and additionally or alternatively by the relative displacement 16 the respective holding devices 5 can generally be the joint dimension of the joint 34 evenly on the planking part 2 adjusted circumferentially and thereby tolerance compensation can be effected. This allows predetermined nominal tolerances of the joint 34 particularly easy to comply with.

The holding device 5 can also at least one, in 6 and 7 indicated adhesive feed line 17 include, which at least partially by the holding device 5 extends and over which the adhesive component 10 the gluing area 9 can be fed. In addition, the holder 5 at least one Klebstoffzuführkanal 20 include, which at least partially by the holding device 5 extends and over which the adhesive component 10 at least one of the connection areas 18 . 19 can be fed.

In the present case, the holding device comprises 5 a plurality of adhesive supply channels 20, which circumferentially along the first holding element 6 are arranged as in 3 can be seen, as well as several, also circumferentially distributed Klebstoffzuführleitungen 17. This is a particularly uniform, circumferential distribution of the adhesive component 10 on the holding device 5 allows.

The Klebstoffzuführkanal 20 may in the region of the holding connection 8th in a ring channel 35 open, which is circumferentially along the first holding element 6 extends, and over which the adhesive component 10 at the holding connection 8th can escape. This allows the connection areas 18 . 19 with the adhesive component 10 be wetted.

In general, the at least one Klebstoffzuführleitung 17 (or the adhesive supply lines 17 ) fluidly with the at least one Klebstoffzuführkanal 20 (or the Klebstoffzuführkanälen 20 ), as in 6 is recognizable. This can advantageously both the holding connection 8th as well as the gluing area 9 via a common adhesive supply opening (s) (here: respective adhesive supply openings of the adhesive supply channels 20 , as in 3 shown) with the adhesive component 10 be supplied. The adhesive supply lines 17 can do this via the ring channel 35 with the adhesive supply channels 20 be connected.

One of the two connection areas 18 . 19 can at least partially with the adhesive component 10 and the other of the two connection areas 18 . 19 at least in some areas with an additional adhesive component 21 be provided, wherein the adhesive component 10 and the additional adhesive component 21 may be formed with each other in contact with each other for the reaction, so that in the reaction, the adhesive component 10 and the additional adhesive component 21 one the first connection area 18 with the second connection area 19 cohesive adhesive connection 22 can form.

To the planking part 2 on the support element 3 using the fixtures 5 the holding arrangement 1 to arrange and thereby the joint dimension of the joint 34 can adjust, a positioning of the planking part 2 opposite the support element 3 by adjusting the holding connection 8th done, whereby the relative offset 15 is set. Furthermore, the relative displacement 16 done to the joint dimension of the joint 34 adjust. Once the joint dimension of the joint 34 is set correctly, the curing takes place at the adhesive area 9 applied adhesive component 10 whereby holding the second holding element 7 on the support element 3 is effected. In addition, the curing of the holding connection 8th applied adhesive component 10 respectively.

The relative offset 15 Can be adjusted by the second holding element 7 - Before curing the adhesive component 10 - relative to that, on the planking part 2 fixed first holding element 6 is twisted. By setting the Relativersatzes 15 Height tolerances can be compensated and thus the joint dimension of the joint 34 be set as desired.

The relative shift 16 Can be adjusted by the second holding element 7 relative to the support element 3 is moved. The relative shift 16 can also be perpendicular to the plane of the drawing, although this is not explicitly shown here. Due to the relative displacement 16 can thus be compensated in each case to the height tolerances vertically oriented longitudinal tolerances and transverse tolerances.

Once the correct relative offset 15 as well as the correct relative displacement 16 adjusted and thus the height tolerances, longitudinal tolerances and lateral tolerances are balanced, can by means of the adhesive component 10 a sticking of the second holding element 7 on the support element 3 and a sticking of the two connection areas 18 . 19 be done together.

In summary, the present invention compensates for the height tolerances, longitudinal tolerances and transverse tolerances of the paneling part 2 allows, thereby advantageously respective total Maßketten in the assembly of the motor vehicle 4 can be kept particularly accurate. In particular, a so-called Strakversatz and joint widths of the joint 34 be set particularly accurate and thereby adhered to, so that a total of a particularly accurate adjustment of the joint dimension and thus compliance with predetermined gaps is possible.

The holding device 5 , which may be formed for example as a plastic adapter, may be on the support element 3 , which as a supporting structure of the motor vehicle 4 may be applied, the planking part 2 on the first holding element 6 is determinable.

Due to the possibility of relative displacement 16 the holding device 5 the compensation of longitudinal tolerances and lateral tolerances can take place by the holding device 5 flat along the contact surface 13 so moved to the mounting surface.

LIST OF REFERENCE NUMBERS

1

holding assembly

2

Beplankungsteil

3

supporting member

4

motor vehicle

5

holder

6

first holding element

7

second holding element

8th

holding connection

9

adhesive area

10

adhesive component

11

paragraph

12

bonding gap

13

contact area

14

adhesive surface

15

relative offset

16

relative displacement

17

Klebstoffzuführleitung

18

first connection area

19

second connection area

20

adhesive supply

21

Additional adhesive component

22

adhesive bond

23

clip member

24

Rest area

25

clip area

26

holding area

27

member opening

28

Through opening

29

pegging

30

fixing

31

disk element

32

opening

33

seal

34

Gap

35

annular channel

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

• WO 2017/005720 A1 [0002]

Claims (13)

Holding arrangement (1) of a planking part (2) on a support element (3) of a motor vehicle (4), which has at least one holding device (5) with at least two holding elements (6, 7) arranged between the planking part (2) and the support element (3) ), wherein a first holding element (6) of the at least two holding elements (6, 7) holds the planking part (2) and a second holding element (7) of the at least two holding elements (6, 7) with the first holding element (6) via a common, for positioning the Plankungsteils (2) relative to the support member (3) adjustable holding connection (8) is held, characterized in that the second holding element (7) comprises an adhesive region (9) which is provided with an adhesive component (10), by means of which the second retaining element (7) is held on the support element (3). Retaining arrangement (1) according to Claim 1 , characterized in that the adhesive region (9) comprises a shoulder (11) on which the second retaining element (7) bears against a contact surface (13) of the support element (3) to form a glue gap (12). Retaining arrangement (1) according to Claim 1 or 2 , characterized in that by means of the adjustable holding connection (8) a relative offset (15) between the first holding element (6) and the second holding element (7) in at least one extension direction (15) of the holding device (5) is set. Retaining arrangement (1) according to one of the preceding claims, characterized in that the holding connection (8) is provided at least in regions with the adhesive component (10). Holding arrangement (1) according to one of the preceding claims, characterized in that the holding device (5) comprises at least one Klebstoffzuführleitung (17) extending at least partially through the holding device (5) and via which the adhesive component (10) the adhesive region (9 ) can be fed. Retaining arrangement (1) according to Claim 5 , characterized in that in the holding connection (8) respective, mutually corresponding connection areas (18, 19) of the first holding element (6) and the second holding element (7) are engaged. Retaining arrangement (1) according to Claim 6 , characterized in that the holding device (5) at least one Klebstoffzuführkanal (20) which extends at least partially through the holding device (5) and through which the adhesive component (10) at least one of the connecting portions (18, 19) can be fed. Retaining arrangement (1) according to one of Claims 6 or 7 , characterized in that one of the two connecting regions (18, 19) at least partially with the adhesive component (10) and the other of the two connecting regions (18, 19) is at least partially provided with an additional adhesive component (21), wherein the adhesive component (10) and the additional adhesive component (21) are designed to react with each other during mutual contact, so that in the reaction the adhesive component (10) and the additional adhesive component (21) have an adhesive connection (22) which materially bonds the first connection region (18) to the second connection region (19). form. Retaining arrangement (1) according to one of the preceding claims, characterized in that the first retaining element (6) and / or the second retaining element (7) is formed from a transparent material, in particular from a transparent plastic. Holding arrangement (1) according to any one of the preceding claims, characterized in that the holding device (5) comprises a clip element (23) which on the one hand with the planking part (2) connected, in particular latched, and which on the other hand on a holding portion (26), in particular at a holding opening, the first holding element (6) is latched thereto. Retaining arrangement (1) according to Claim 10 , characterized in that the clip element (23) comprises a fixing opening (29) on which a fixing element (30) is fixed, by means of which the first holding element (6) is clamped to the clip element (23). Holding device (5) for a holding arrangement (1) according to one of Claims 1 to 11 , Method for arranging a planking part (2) on a supporting element (3) of a motor vehicle (4), using a holding device (5) of a holding arrangement (1) according to one of the Claims 1 to 11 comprising at least the steps of: - positioning the planking part (2) relative to the support element (3) by adjusting the holding connection (8); and - curing the adhesive component (10) applied to the adhesive region (9) and thereby holding the second retaining element (7) on the support element (3).

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