Anticompression clip for airbag deployment systems

• US 20030209887A1
• Filed: 05/09/2002
• Published: 11/13/2003
• Est. Priority Date: 05/09/2002
• Status: Abandoned Application

• Current Assignee: Johnson Controls Technology Company (Johnson Controls International plc)
• Original Assignee: Johnson Controls Technology Company (Johnson Controls International plc)
• Inventors: Koenig, Paul E.
• Application Number:
  US10/142,291
• Publication Number:
  US 20030209887A1
• Time in Patent Office: Days
• US Class Current: 280/728.2
• CPC Class Codes: B60R 21/20 Arrangements for storing inflatable members in their non-use or deflated condition; Arrangement or mounting of air bag modules or components
• CPC Class Codes: F16B 5/0664 at least one of the sheets or plates having integrally formed or integrally connected snap-in-features

Abstract

An anticompression clip is provided for a resilient foam layer located adjacent an airbag deployment component to prevent the layer from compressing at the time of deployment so as to ensure maximum deployment forces in the desired direction. A two-piece I-beam clip is used in the preferred embodiment, the clip including plates on either side of the layer and engagement portions which prevent the plates from moving toward one another when the engagement portions are fully engaged.

Claims

1. An anticompression clip system for preventing a resilient layer from compressing under a force comprising:

a resilient layer having two sides;

a first clip element on one side of the layer and having an exterior portion and an engagement portion;

a second clip element on the other side of the layer and having an exterior portion and an engagement portion;

the engagement portions of the first and second clip elements adapted to engage one another and when so engaged to prevent the movement of the exterior portions toward one another when the force is applied thereto.

2. The anticompression clip system of claim 1, wherein the resilient layer is a foam layer.

3. The anticompression clip system of claim 1, wherein the resilient layer includes a slot therethrough arranged to receive the engagement portions of the first and second clip elements.

4. The anticompression clip system of claim 1, wherein a recess is provided on each side of the resilient layer arranged to receive the exterior portions of the first and second clip elements.

5. The anticompression clip system of claim 4, wherein the resilient layer includes a slot therethrough arranged to receive the engagement portions of the first and second elements.

6. The anticompression clip system of claim 1, wherein the exterior portions of the first and second clip elements are elongated, rectangular, generally planar plates.

7. The anticompression clip system of claim 6, wherein an elongated rectangular recess is provided on each side of the resilient layer arranged to receive the plates of the first and second clip elements.

8. The anticompression clip system of claim 6, wherein the engagement portions of the first and second clip elements form the center rib of an I-beam clip system when engaged, the center rib being generally perpendicular to the plates of their respective clip element.

9. The anticompression clip system of claim 8, wherein the engagement portion of the first clip element is non-removably received within the engagement portion of the second clip element.

10. The anticompression clip system of claim 9, wherein the engagement portion of the first clip element includes a rib attached perpendicularly to the plate of the first clip element and having a triangularly shaped tip, and further wherein the engagement portion of the second clip element includes a pair of walls having shoulders thereon arranged to capture the tip of the engagement portion of the first clip element when the engagement portions are fully engaged.

11. The anticompression clip system of claim 10, wherein the engagement portions of each of the first and second clip elements engage the plate of the other of the first and second clip elements when the engagement portions are fully engaged, whereby the clip is an antiexpansion as well as an anticompression clip.

12. The anticompression clip system of claim 9, wherein the engagement portion of the first clip element includes a tip and the engagement portion of the second clip element includes a receptacle, and further wherein the tip is captured by the receptacle when the engagement portions are fully engaged.

13. The anticompression clip of claim 6, wherein at least one of the plates includes an angled or contoured portion.

14. The anticompression clip of claim 1 further including at least one anti-rotational rib.

15. An anticompression clip system for being placed adjacent an airbag component, the clip system including a resilient layer located adjacent the component to prevent the resilient layer from being compressed at the time a force is exerted thereagainst during airbag deployment, the system further including an anticompression clip to substantially prevent such compression, the clip comprising:

a first clip element on one side of the layer and having an exterior portion and an engagement portion;

a second clip element on the other side of the layer and having an exterior portion and an engagement portion;

the engagement portions of the first and second clip elements adapted to engage one another and when so engaged to prevent the movement of the exterior portions toward one another when the force is applied thereto.

16. An anticompression clip system of claim 15, wherein the resilient layer is a foam layer.

17. The anticompression clip system of claim 15, wherein the resilient layer includes a slot therethrough arranged to receive the engagement portions of the first and second clip elements.

18. The anticompression clip system of claim 15, wherein a recess is provided on each side of the resilient layer arranged to receive the exterior portions of the first and second clip elements therein.

19. The anticompression clip system of claim 15, wherein the exterior portions of the first and second clip elements are elongated, rectangular, generally planar plates.

20. The anticompression clip system of claim 17, wherein the engagement portions of the first and second clip elements form the center rib of an I-beam clip system when engaged, the center rib being generally perpendicular to the plates of their respective clip element.

21. The anticompression clip system of claim 18, wherein the engagement portion of the first clip element is non-removably received within the engagement portion of the second clip element.

22. The anticompression clip system of claim 19, wherein the engagement portion of the first clip element includes a rib attached perpendicularly to the plate of the first clip element and having a triangularly shaped tip, and further wherein the engagement portion of the second clip element includes a pair of walls having shoulders thereon arranged to capture the tip of the engagement portion of the first clip element when the engagement portions are fully engaged.

23. The anticompression clip system of claim 22, wherein the engagement portions of each of the first and second clip elements engage the plate of the other of the first and second clip elements when the engagement portions are fully engaged, whereby the clip is an antiexpansion as well as an anticompression clip.

24. The anticompression clip of claim 15, wherein at least one of the plates includes an angled or contoured portion.

25. The anticompression clip of claim 15 further including at least one anti-rotational rib.