Mounting device for a front mounted removable handle and the like

• US 5,519,917 A
• Filed: 08/05/1994
• Issued: 05/28/1996
• Est. Priority Date: 08/05/1994
• Status: Expired due to Term

• Current Assignee: Ventra Greenwich Holdings Corp.
• Original Assignee: Cambridge Engineering Incorporated
• Inventors: Cordonnier, Carl J.
• Primary Examiner(s): BRAY, WAYMOND D
• Application Number:
  US08/286,542
• Time in Patent Office: 662 Days
• Field of Search: 16/114, 16/110 R, 16/DIG. 24, 16/125, 403/9, 403/209, 403/215, 292/42.2, 292/52, 292/162, 292/340, 292/357, 296/71, 49/460, 49/502
• US Class Current: 16/422
• CPC Class Codes: B60N 3/026 characterised by the fixing means B60N3/023 takes precedence
• CPC Class Codes: Y10S 16/24 Handle fastening means

Abstract

A handle (12) mounted to a support bracket (34) underlying a headliner (10) through two mounting devices (11). Each mounting device (11) includes a T-shaped end section (24) of a U-shaped spring metal strap (22) of the handle having a T-end that engages a T-shaped aperture in the support bracket (34). The body (20) of the handle includes a tab (23) that extends beyond end 51 of the body (20) and into the T-shaped aperture to abut an abutment shoulder (44) adjacent the T-shaped aperture in order to interlock with the T-shaped end section (24) of the strap. The tab (23) is removable from the aperture (40) and disengageable from the abutment shoulder (44) to allow the handle to be removable from the bracket (34).

Claims

1. A support handle for an automotive interior, said handle characterized by:

a resiliently flexible body;

an inner frame member having a center section and two end sections;

said center section of said inner frame being embedded in said body;

said two end sections of said frame member extending out of respective ends of said body;

each of said end sections having a notch therein for allowing said end section to extend through an aperture in an connectable support bracket thereunder and be laterally movable therein between a first position that allows axial disengagement and a second position that prevents axial disengagement;

said body having a tab section extending therefrom;

an abutment shoulder spaced from said end section and abuttable against said tab section to retain said handle frame member end in said second position against movement toward said first position;

said tab section being flexible to allow it be pried upward and disengaged from said abutment shoulder to allow said frame member end to move laterally into said first position to allow disengagement of said handle from said support bracket.

2. A support handle as defined in claim 1 further characterized by:

said tab having a proximate end positioned above said abutment shoulder and integrally formed with the resilient flexible body;

a hollow recess formed in said end of said body behind said tab;

a slot formed between each side of said tab and said body and extending to the proximate end of said tab with said body to provide access of a blade instrument into said slot and intrude into said recess and pull said tab away from said abutment shoulder.

3. A support handle as defined in claim 2 further characterized by:

said hollow recess having a thickness at least as great as the thickness of the tab.

4. A support handle as defined in claim 3 further characterized by:

said frame member being a strap of spring metal with opposing notches formed in opposite side edges of said end sections.

5. A support handle as defined in claim 4 further characterized by:

said aperture in said support being a T-shaped opening with a wide part of said T-shaped opening corresponding to said first position of said end of said frame member.

6. A support handle as defined in claim 5 further characterized by:

a garnish molding interposed between said support bracket and said handle;

said wide part of said T-shaped opening aligned adjacent the inner edge of a respective aperture in said molding.

7. A support handle as defined in claim 6 further characterized by:

said tab being long enough to extend into the wide portion of said T-shaped opening.

8. A support handle as defined in claim 2 further characterized by:

said frame member being a strap of spring metal with opposing notches formed in the opposite side edges of said end sections.

9. A support handle assembly for an automotive interior, said handle assembly characterized by:

a garnish molding having two spaced apertures therethrough;

a support bracket underlying said garnish molding and having a respective aperture therethrough at least partially aligned with a respective aperture of said garnish molding;

a handle including an inner frame member having a center section and two end sections and a resiliently compressible body;

said center section of said inner frame being imbedded in said body;

said two end sections of said frame member extending out of said body;

each of said end sections having a notch therein for allowing said end section to extend through a respective aperture in said support bracket and be laterally movable therein between a first position that allows axial engagement and disengagement and a second position that prevents axial disengagement;

said body having a tab section extending therefrom and extendible into a respective aperture of said garnish molding and abutting a shoulder at an edge thereof to retain said handle frame member end in said second position and prevents said frame member from moving into said first position;

said tab section being flexible to allow it be pried out of respective aperture in said garnish molding and disengaged from said shoulder to allow said frame member end to move to said first position.

10. A handle assembly as defined in claim 9 further characterized by:

said tab having a proximate end integrally formed with said body and positioned above said aperture in said molding;

a hollow recess formed in said end of said body behind said tab;

a slot formed between each side of said tab and said body and extending to the proximate end of said tab with said body to provide access of a tool into said slot such that said tool can intrude into said recess and pull said tab up out of said aperture of said garnish molding and disengage it from said abutment shoulder.

11. A handle assembly as defined in claim 10 further characterized by:

said hollow recess having a thickness at least as great as the thickness of the tab.

12. A handle assembly as defined in claim 11 further characterized by:

said frame member being a strap of spring metal with opposing notches formed in opposite side edges of said end sections.

13. A handle assembly as defined in claim 12 further characterized by:

said aperture in said support being a T-shaped opening with a wide part of said T-shaped opening corresponding to said first position of said end of said frame member.

14. A handle assembly as defined in claim 13 further characterized by:

said wide part of said T-shaped opening aligned adjacent the inner edge of a respective aperture in said molding.

15. A handle assembly as defined in claim 14 further characterized by:

said tab being long enough to extend through the aperture in said molding and into the wide portion of said T-shaped opening.

16. A handle assembly as defined in claim 10 further characterized by:

said frame member being a strap of spring metal with notches formed in the side edges of said end sections.

17. A mounting mechanism for mounting a part to a support base, said mechanism characterized by:

said part including a resiliently flexible body;

an inner frame member having a section embedded in said body and an end section extending therefrom;

said end section having a notch therein for allowing said end section to extend through an aperture in said base and be laterally movable therein between a first position that allows axial disengagement and a second position that prevents axial disengagement;

said body having a tab section extending therefrom;

an abutment shoulder spaced from said end section and abuttable against said tab section to retain said frame member end in said second position against movement toward said first position;

said tab section being flexible to allow it be pried upward and disengaged from said abutment shoulder to allow said frame member end to move laterally into said first position to allow disengagement of said part from said base.

18. A mounting mechanism as defined in claim 17 further characterized by:

said tab having a proximate end positioned above said abutment shoulder and integrally formed with the resilient flexible body;

a hollow recess formed in said end of said body behind said tab;

a slot formed between each side of said tab and said body and extending to the proximate end of said tab with said body to provide access of a blade instrument into said slot and intrude into said recess and pull said tab away from said abutment shoulder.

19. A mounting mechanism as defined in claim 18 further characterized by:

said hollow recess having a thickness at least as great as the thickness of the tab.

20. A mounting mechanism as defined in claim 19 further characterized by:

said frame member being a strap of metal with notches formed in the opposite side edges of said end section.

21. A mounting mechanism as defined in claim 20 further characterized by:

said aperture in said support being a T-shaped opening with a wide part of said T-shaped opening corresponding to said first position of said end of said strap.

22. A mounting mechanism as defined in claim 21 further characterized by:

a garnish molding interposed between said base and said part;

said wide part of said T-shaped opening directly aligned with an inner edge of a respective aperture in said molding.

23. A mounting mechanism as defined in claim 22 further characterized by:

said tab being long enough to extend into the wide portion of said T-shaped opening.