Flexible connector assembly

• US 5,288,110 A
• Filed: 05/21/1992
• Issued: 02/22/1994
• Est. Priority Date: 05/21/1992
• Status: Expired due to Fees

• Current Assignee: Aeroquip Corporation (Eaton Corporation PLC.)
• Original Assignee: Aeroquip Corporation (Eaton Corporation PLC.)
• Inventors: Allread, Alan R.
• Primary Examiner(s): Arola, Dave W.
• Application Number:
  US07/886,624
• Time in Patent Office: 642 Days
• Field of Search: 285/166, 285/167, 285/263, 285/261, 285/51, 285/351, 285/271
• US Class Current: 285/146.1
• CPC Class Codes: F16L 27/06 with special sealing means between the engaging surfaces
• CPC Class Codes: F25B 41/40 Fluid line arrangements

Abstract

A flexible connector to be used individually or in an assembly of connectors. The connector includes a collar comprised of a wall having a cylindrical inner surface. The collar wall defines two opposed openings. Two flanges extend radially inwardly covering a portion of each opposed opening. The connector further includes a link comprised of a link wall having at least one spherically-shaped outer surface. The link wall defines at least one open end to allow for the passage of a fluid. The link wall is positioned within one of the opposed openings in spaced relationship to the cylindrical inner surface of the collar wall. Bearing means and gasket means are positioned in the space defined by the spaced relationship to allow the link to articulate with respect to the collar and also to seal the space between the outer surface of the link and the inner wall of the collar.

Claims

1. A flexible connector comprising:

a collar, said collar comprising a collar wall having a cylindrical inner surface, said collar wall defining two opposed openings, said collar wall having two flanges extending radially inwardly covering a portion of each opposed opening;

a link, said link comprised of a link wall having at least one spherically-shaped outer surface, said link wall defining an open end, said link wall positioned within one of said opposed openings in spaced relationship to said cylindrical inner surface of said collar wall; and

bearing means and gasket means positioned in the space defined by said spaced relationship, said bearing means including at least one first bearing encircling and slideably engaged to said outer surface and in contact with said cylindrical inner surface adjacent one of said open ends defined by said link wall and at least one second bearing encircling and slideably engaged to said outer surface in contact with said cylindrical inner surface adjacent said opening defined by said collar walls;

said gasket means including at least one annular gasket sealingly engaged to said cylindrical inner surface and said spherically-shaped outer surface and positioned between said first and second bearings.

2. The flexible connector of claim 1, wherein said link includes a tube member.

3. The flexible connector of claim 2, wherein said link is comprised of two spherically-shaped outer surfaces positioned on opposed ends of said tube member.

4. The flexible connector of claim 3, wherein said link wall defines two open ends, said open ends being defined in said spherically-shaped outer surfaces.

5. The flexible connector of claim 1, wherein said bearing means and gasket means includes first and second bearings with a pair of annular gaskets positioned therebetween.

6. The flexible connector of claim 5, wherein said annular gaskets are separated by a spacer.

7. The flexible connector of claim 1, wherein said bearing and gasket means includes one first bearing positioned between two second bearings, each of said second bearings having a pair of annular gaskets positioned between said first bearing and said second bearings.

8. The flexible connector of claim 1, wherein said bearing and gasket means includes two sets of first bearings and second bearings, each of said sets having a pair of annular gaskets positioned between said first bearings and said second bearings.

9. The flexible connector of claim 1, wherein said bearing means includes a radially inwardly extending lip.

10. A flexible connector assembly comprising, in combination:

at least three collars, said collars comprised of a collar wall having a cylindrical inner surface, said collar wall defining two opposed openings, said collar wall having two flanges extending radially inwardly covering a portion of each opposed opening;

at least two links, each of said links comprised of a link wall having a first spherically-shaped outer surface and a second spherically-shaped outer surface positioned on opposed ends of a tube member, said link wall defining an open end on each outer surface, said first outer surface of each link being positioned within one of said opposed openings of a first collar, said second outer surface of each link being positioned within one of said opposed openings of said second or third collar, said first and second outer surfaces being in a spaced relationship to said cylindrical inner surfaces of said respective collar walls; and

bearing means and gasket means positioned in the space defined by said spaced relationship, said bearing means including at least one first bearing encircling and slideably engaged to said outer surface and in contact with said cylindrical inner surface adjacent one of said open ends defined by said link wall and at least one second bearing encircling and slideably engaged to said outer surface in contact with said cylindrical inner surface adjacent said opening defined by said collar wall, said gasket means including at least one annular gasket sealingly engaged to said cylindrical inner surface and said spherically-shaped outer surface and positioned between said first and second bearings.

11. The flexible connector of claim 10, wherein said bearing means and gasket means includes first and second bearings with a pair of annular gaskets positioned therebetween.

12. The flexible connector of claim 11, wherein said annular gaskets are separated by a spacer.

13. The flexible connector of claim 10, wherein said bearing and gasket means includes one first bearing positioned between two second bearings, each of said second bearings having a pair of annular gaskets positioned between said first bearing and said second bearings.

14. The flexible connector of claim 10, wherein said bearing and gasket means includes two sets of first bearings and second bearings, each of said sets having a pair of annular gaskets positioned between said first bearings and said second bearings.

15. The flexible connector of claim 10, wherein said second bearing includes a radially inwardly extending lip.