FASTENING CLIP FOR FASTENING AN ATTACHMENT COMPONENT ON A CARRIER EDGE

Abstract

A fastening clip for fastening an attachment component on a carrier edge (50, 60), in particular in a vehicle, includes a clip body (10) with a main side (12) and holding legs (14, 16) which lie opposite one another and extend away from the main side (12), the holding legs (14, 16) delimiting, together with the main side (12), a receiving space (18) with an inlet opening (20) for the carrier edge (50, 60), wherein at least one of the holding legs (14) is adjoined by a holding section (22) which is bent over in the direction of the main side (12) of the clip body (10) and has at least one holding projection (24) which protrudes into the receiving space (18) in the direction of the opposite holding leg (16).

Claims

1. Fastening clip for fastening an attachment component on a carrier edge (50, 60), comprising a clip body (10) with a main side (12) and holding legs (14, 16) which lie opposite one another and extend away from the main side (12), the holding legs (14, 16) delimiting, together with the main side (12), a receiving space (18) with an inlet opening (20) for the carrier edge (50, 60), wherein at least one of the holding legs (14) is adjoined by a holding section (22) which is bent over in the direction of the main side (12) of the clip body (10) and has at least one holding projection (24) which protrudes into the receiving space (18) in the direction of the opposite holding leg (16).

2. Fastening clip according to claim 1, wherein the at least one holding projection (24) extends from the free end of the holding section (22).

3. Fastening clip according to claim 1, wherein the holding section (22) extends from the free end of the holding leg (14).

4. Fastening clip according to claim 1, wherein the holding section (22) adjoins the holding leg (14) by way of a U shaped bend.

5. Fastening clip according to claim 1, wherein the holding projection which is configured on the bent-over holding section (22) is a first holding projection (24) and its holding leg is a first holding leg (14), the second holding leg (16) which lies opposite the first holding leg (14) having at least one second holding projection (26) which extends in the direction of the first holding leg (14).

5. Fastening clip according to claim 5, wherein the at least one first holding projection (24) and the at least one second holding projection (26) are configured to come into contact at a different spacing from the inlet opening (20) with a carrier edge (50, 60) which is introduced through the inlet opening (20) into the receiving space (18).

7. Fastening clip according to claim 1, wherein a plurality of bent-over holding sections (22) adjoin the holding leg (14), the holding sections (22) in each case having at least one holding projection (24).

8. Fastening clip according to claim 7, wherein the holding projections (24) which are configured on the holding sections (22) are configured to come into contact at a different spacing from the inlet opening (20) with the carrier edge (50, 60) which is to be introduced through the inlet opening (20) into the receiving space (18).

9. Fastening clip according to claim 1, including a carrying section (34) for supporting the attachment part.

10. System comprising a carrier edge (50, 60) and a fastening clip according to claim 1, the carrier edge (50, 60) being received in the receiving space (18) of the clip body (10).

11. System according to claim 10, wherein the at least one holding projection which is configured on the at least one bent-over holding section (22) is a first holding projection (24) and its holding leg is a first holding leg (14), the second holding leg (16) which lies opposite the first holding leg (14) having at least one second holding projection (26) which extends in the direction of the first holding leg (14).

12. System according to claim 11, wherein the at least one first holding projection (24) and the at least one second holding projection (26) are in contact with the carrier edge (50, 60) at a different spacing from the inlet opening (20).

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0016] A configuration of the invention is explained below on the basis of figures, in which schematically:

[0017] FIG. 1 shows a clip body of a fastening clip according to the invention in a perspective view,

[0018] FIG. 2 shows a fastening clip according to the invention together with the clip body from FIG. 1,

[0019] FIG. 3 shows the fastening clip from FIG. 2 in a side view,

[0020] FIG. 4 shows the fastening clip from FIG. 3 with a first carrier edge received in the receiving space, and

[0021] FIG. 5 shows the fastening clip from FIG. 3 with a second carrier edge received in the receiving space.

Unless otherwise indicated, hereinafter the same designations refer to the same items.

DETAILED DESCRIPTION

[0022] In FIG. 1, a clip body 10 of a fastening clip according to the invention can be seen, the clip body 10 having a main side 12 and two holding legs 14, 16 which lie opposite one another and extend away from the main side 12. The clip body 10 is substantially a U shape or a V shape, with the main side 12 as the base of the U or of the V and with the first holding leg 14 and the second holding leg 16 as limbs of the U or V. A receiving space 18 of the clip body 10, which has an inlet opening 20 for a carrier edge of a carrier component, is delimited by the main side 12 and the holding legs 14, 16.

[0023] The first holding leg 14 is connected by one end to the main side 12 and has at its opposite free end two holding sections 22, which are bent over in a U-shaped manner and adjoin the first holding leg. The holding sections 22 extend in this case at an angle of about 180° from the first holding leg 14, whereby two limbs 22a, 22b lying opposite one another of the holding sections 22 run substantially parallel to one another. The bent-over holding sections 22 are open in the direction of the main side 12 or of the receiving space 18 and are spaced apart from one another along the width of the first holding leg 14. The holding sections 22 are in this case bent over with respect to the first holding leg 14 in such a way that, starting from the main side 12, the first holding leg 14 first extends away from the main side 12 and then, due to a reversal of direction, points once again toward the main side 12 via the bent-over holding sections 22. Respectively arranged on the holding sections 22 is a holding projection 24, the holding projections 24 being located in each case adjoining the limbs 22b at the free ends of the holding sections 22. The holding projections 24 in this case protrude into the receiving space 18 at an angle in the direction of the opposite, second holding leg 16, with one directional component toward the second holding leg 16 and one directional component toward the main side 12. Consequently, a double bend is produced in each case - on the one hand by the bend of the holding section 22 bent over in a U-shaped manner between the limbs 22a and 22b, that is to say the base of the U formed by the respective holding section 22, and also by the bend of the respective holding projection 24 extending from the respective holding section 22 in the direction of the opposite second holding leg 16.

[0024] The second holding leg 16 has in the present exemplary embodiment three holding projections 26, which extend into the receiving space 18 directly from the second holding leg 16 in the direction of the first holding leg 14. The holding projections 26 are formed here by making cuts in the second holding leg 16 and subsequently bending these cuts inward in the direction of the receiving space 18. The second holding leg 16 has an end connected to the main side 12 and an opposite free end, to which there extends a bearing section 17 that is at an angle to the second holding leg 16.

[0025] In FIGS. 2 and 3, the clip body 10 has been received in a receiving section 32 of a line holder 30. The line holder 30 also comprises a carrying section 34 which adjoins the receiving section 32 and is intended for attaching a line that is not shown. The line may for example be held by way of one or more cable ties arranged on the carrying section 34. The line holder 30 is in particular produced in one piece from a plastic, for example by the plastics injection-moulding process. The clip body 10 is in particular formed from a metal. The receiving section 32 has a lateral push-in opening 36 and a delimiting wall 38 opposite the push-in opening. The clip body 10 can be pushed into the receiving section 32 through the push-in opening 36 until it comes up against the delimiting wall 38. Two circular elevations 28 in the first holding leg 14 thereby enter a transverse groove 40 of the receiving section 32. The bearing section 17 extending from the second holding leg 16 has also been received in a niche 39 of the receiving section 32. As a result, a secure hold of the clip body within the receiving section 32 is achieved. In particular, force occurring when there is a deformation of the clip body taking place due to the introduction of a carrier edge into the clip body can be dissipated into the line holder 30. For stabilizing the clip body 10, also configured on the first holding leg 14 is a stiffening rib 29, which runs between the main side 12 and the free end of the first holding leg 14 and is curved convexly into the receiving space 18.

[0026] FIG. 4 shows the fastening clip from FIG. 3 with a first carrier edge 50 received therein. The carrier edge 50 has a relatively small first thickness di. The holding projections 24 act on the carrier edge 50 on a first surface 52 and the holding projections 26 on a second surface 54 which is opposite from the first surface 52. The bent-over, flexible holding sections 22 are elastically deformed by the carrier edge 50. The first holding projections 24 are deformed away from the opposite second holding leg 16, and consequently toward the first holding leg 14, and the limb sections 22b are respectively deformed in the direction of their opposite limb sections 22a. On account of the bent-over holding sections 22, the first holding projections 24 are mounted more flexibly than the second holding projections 26, therefore have a greater freedom of movement. Thus, in the case of the exemplary embodiment in FIG. 4, the holding sections 22 yield quite a lot in spite of the relatively thin carrier edge 50. On account of the elastic deformability of the holding sections 22, the carrier edge 50 can thus be pushed into the receiving space 18 through the inlet opening 20 by applying relatively low mounting forces. Nevertheless, a secure hold is achieved by the holding projections 24, 26, since the holding projections 24 and also the holding projections 26 can retain quite a steep angle in relation to the respective surfaces 52, 54 on account of the elastic deformability of the holding sections 22. Also contributing to this is the fact that the holding projections 24 come into contact at a different spacing from the inlet opening 20 with the carrier edge 50 in comparison with the holding projections 26 and that the holding projections 26 likewise come into contact at a different spacing from the inlet opening 20 with the carrier edge 50 in comparison with one another. This is achieved by an arrangement of the holding projections 24 and 26 at a different spacing from the inlet opening 20. As a result, an asymmetric action on the opposite surfaces 52, 54 of the carrier edge 50 takes place, and consequently a greater wedging, and consequently an increase of the holding forces. Moreover, on account of the elastic deformability of the holding sections 22, an adequate clamping force can be exerted also on the carrier edge 50.

[0027] In FIG. 5, a second carrier edge 60 has been received in the receiving space 18 of the clip body. The carrier edge 60 has a second thickness d2, which is greater than the first thickness di of the first carrier edge 50. As a result, the holding sections 22 are deformed to a greater extent. Also the holding projections 26 of the second holding leg 16 are greatly deformed and bent back almost completely into the second holding leg 16. On account of the elasticity achieved by the bending over of the holding sections 22, even the introduction of such a thick carrier edge 60 into the receiving space 18 through the inlet opening 20 is however possible with relatively little mounting force. As compared with known fastening clips, the fastening clip according to the invention however exerts high holding forces on the carrier edge even in the case of such a thick carrier edge. Thus, the second holding projections 26 are in fact deformed so much that it is only at a relatively shallow angle that they act on a second surface 64 of the carrier edge 60. However, on account of the elastic deformation of the holding sections 22, the holding projections 24 are still arranged at quite a steep angle in relation to the first surface 62 of the carrier edge 60. As a result, a good wedging, and consequently a high holding force, continue to be achieved, at least by the holding projections 24. Also, as a result of the great deformation of the holding sections 22 and also of the holding projections 26, a high clamping force acts on the carrier edge 60.

[0028] The fastening clip according to the invention consequently allows easy mounting for carrier edges of a wide variety of thicknesses, thanks to low mounting forces and a secure hold thanks to high holding forces, in particular holding forces that are relatively independent of the thickness of the carrier edges.

LIST OF DESIGNATIONS

[0029] 10 Clip body [0030] 12 Main side [0031] 14 First holding leg [0032] 16 Second holding leg [0033] 17 Bearing section [0034] 18 Receiving space [0035] 20 Inlet opening [0036] 22 Holding section [0037] 22a Limb [0038] 22b Limb [0039] 24 Holding projection [0040] 26 Holding projection [0041] 28 Circular elevations [0042] 29 Stiffening rib [0043] 30 Line holder [0044] 32 Receiving section [0045] 34 Carrying section [0046] 36 Lateral push-in opening [0047] 38 Delimiting wall [0048] 39 Niche [0049] 40 Transverse groove [0050] 50 First carrier edge [0051] 52 First surface of the first carrier edge [0052] 54 Second surface of the first carrier edge [0053] 60 Second carrier edge [0054] 62 First surface of the second carrier edge [0055] 64 Second surface of the second carrier edge [0056] d.sub.1 First thickness [0057] d.sub.2 Second thickness