Vehicle side bar end cap

• US 9,511,716 B2
• Filed: 10/02/2015
• Issued: 12/06/2016
• Est. Priority Date: 09/02/2014
• Status: Active Grant

• Current Assignee: Naade, Inc.
• Original Assignee: Iddea California LLC
• Inventors: Montoya, Alberto
• Primary Examiner(s): VANAMAN, FRANK BENNETT
• Application Number:
  US14/874,017
• Publication Number:
  US 20160059786A1
• Time in Patent Office: 431 Days
• US Class Current: 1/1
• CPC Class Codes: B60R 3/002 Running boards for vehicle tops B60R3/005; at the sides of the vehicle for carrying loads B60R9/02
• CPC Class Codes: B60R 9/02 at the sides, e.g. on running-board

Abstract

A vehicle side bar end cap assembly comprised of an end cap having an annular skirt, an adapter having an engagement sleeve and mounting body, and a tubular rail having at least one open end. The end cap is configured to correspond and removably attach to a mounting surface located on the mounting body of the adapter. The engagement sleeve is configured to removably, frictionally, and circumferentially engage the tubular rail. The mounting body includes an annular flange having a first surface for engaging the open end of the tubular rail, an opposing second surface for engaging the annular skirt, and an external edge. The external surface of the tubular rail, the external annular flange edge, and the external surface of the end cap define a flush connection surface about the open end of the tubular rail after complete installation of the end cap assembly.

Claims

1. An end cap assembly comprising:

a tubular rail having a main body and at least one open end, the main body having a main body internal surface and a main body external surface, and the at least one open end having an open end inner circumference and an open end outer circumference, wherein the main body internal and external surfaces define the open end inner and outer circumferences, and the main body internal surface defines a hollow portion extending in an axial direction;

an adapter having;

an engagement sleeve;

the engagement sleeve being configured to extend in a coaxial direction with the tubular rail and configured to removably, frictionally, and circumferentially engage the tubular rail; and

a mounting body;

the mounting body having a mounting surface, at least one mounting body aperture disposed in the mounting surface offset from a longitudinal axis of the mounting body, and a radially extending annular flange positioned between the engagement sleeve and the mounting surface, wherein the annular flange has a first annular flange surface, an opposing second annular flange surface, and an external annular flange edge, the external annular flange edge having an annular flange outer circumference defined by the first and second annular flange surfaces;

the annular flange outer circumference being substantially equal to the open end outer circumference; and

the first annular flange surface being configured to engage the open end of the tubular rail; and

an end cap having an end cap internal surface, an end cap external surface, and an annular skirt, wherein the annular skirt has an annular skirt outer circumference defined by the end cap external surface;

the end cap internal surface conforming to and abutting the mounting surface of the adapter;

the annular skirt outer circumference being substantially equal to the open end outer circumference and the annular flange outer circumference; and

the annular skirt engaging the second annular flange surface.

2. The end cap assembly recited in claim 1, wherein the tubular rail is constructed from one of galvanized steel, black steel, aluminum, and titanium.

3. The end cap assembly recited in claim 2, wherein the main body external surface is chrome finished.

4. The end cap assembly recited in claim 1, wherein the end cap is constructed from one of galvanized steel, black steel, aluminum, titanium, and plastic.

5. The end cap assembly recited in claim 4, wherein the end cap external surface is chrome finished.

6. The end cap assembly recited in claim 1, wherein the adapter is constructed from one of an elastomeric material and a polymeric material.

7. The end cap assembly recited in claim 1, wherein the adapter and end cap are fabricated by a die stamp process.

8. The end cap assembly recited in claim 1, wherein the engagement sleeve has an engagement sleeve external surface comprised of a plurality of radially outward protruding annular ribs providing for removable, frictional, and circumferential engagement with the main body internal surface.

9. The end cap assembly recited in claim 8, wherein the radially outward protruding annular ribs protrude at an angle towards the first annular flange surface.

10. The end cap assembly recited in claim 8, wherein the main body external surface, the external annular flange edge, and the end cap external surface define a flush external connection surface about the open end of the tubular rail when the engagement sleeve frictionally and circumferentially engages the main body internal surface, the first annular flange surface engages the open end of the tubular rail, and the annular skirt engages the second annular flange surface.

11. The end cap assembly recited in claim 1, wherein at least one fastener corresponding to the at least one mounting body aperture is welded to the end cap internal surface for removable attachment of the end cap to the adapter about the mounting surface.

12. An end cap assembly for removably sealing an open end of a tubular rail having internal and external surfaces defining respective inner and outer circumferences of the open end of the tubular rail, the end cap assembly comprising:

an adapter having;

an engagement sleeve;

the engagement sleeve being configured to extend in a coaxial direction with the tubular rail and configured to removably, frictionally, and circumferentially engage the tubular rail; and

a mounting body;

the mounting body having a mounting surface, a mounting body aperture disposed in the mounting surface, and a radially extending annular flange positioned between the engagement sleeve and the mounting surface, wherein the annular flange has a first annular flange surface, an opposing second annular flange surface, and an external annular flange edge, the external annular flange edge having an annular flange outer circumference defined by the first and second annular flange surfaces;

the annular flange outer circumference being substantially equal to the outer circumference of the open end of the tubular rail; and

the first annular flange surface being configured to engage the open end of the tubular rail; and

an end cap having an end cap internal surface, an end cap external surface, a fastener, attached to and extending from the end cap internal surface, and an annular skirt, wherein the annular skirt has an annular skirt outer circumference defined by the end cap external surface;

the end cap internal surface conforming to and abutting with the mounting surface of the adapter;

the fastener corresponds to the mounting body aperture, and extends through the entire length of the mounting body aperture;

the annular skirt outer circumference being substantially equal to the outer circumference of the open and of the tubular rail and the annular flange outer circumference; and

the annular skirt engaging the second annular flange surface.

13. The end cap assembly recited in claim 12, wherein the end cap is constructed from one of galvanized steel, black steel, aluminum, titanium, and plastic.

14. The end cap assembly recited in claim 13, wherein the end cap external surface is chrome finished.

15. The end cap assembly recited in claim 12, wherein the adapter is constructed from one of an elastomeric material and a polymeric material.

16. The end cap assembly recited in claim 12, wherein the adapter and end cap are fabricated by a die stamp process.

17. The end cap assembly recited in claim 12, wherein the engagement sleeve has an engagement sleeve external surface comprised of a plurality of radially outward protruding annular ribs providing for removable, frictional, and circumferential engagement with the internal surface of the tubular rail.

18. The end cap assembly recited in claim 17, wherein the radially outward protruding annular ribs protrude at an angle towards the first annular flange surface.

19. The end cap assembly recited in claim 17, wherein the external surface of the tubular rail, the external annular flange edge, and the end cap external surface define a flush external connection surface about the open end of the tubular rail when the engagement sleeve frictionally and circumferentially engages the internal surface of the tubular rail, the first annular flange surface engages the open end of the tubular rail, and the annular skirt engages the second annular flange surface.

20. The end cap assembly recited in claim 12, further comprising a second fastener and a corresponding second mounting body aperture.