Fence Post Connector

• US 20080042116A1
• Filed: 08/16/2007
• Published: 02/21/2008
• Est. Priority Date: 08/16/2006
• Status: Abandoned Application

• Current Assignee: Chipless Metals LLC
• Original Assignee: Chipless Metals LLC
• Inventors: Buckley, James A.
• Application Number:
  US11/840,009
• Publication Number:
  US 20080042116A1
• Time in Patent Office: Days
• US Class Current: 256/65.01
• CPC Class Codes: E04H 17/1413 Post-and-rail fences, e.g. without vertical cross-members
• CPC Class Codes: E04H 17/1448 Adjustable, angled or hinged connections
• CPC Class Codes: E04H 17/1452 the ends of the rails are fixed on the lateral sides of the posts
• CPC Class Codes: E04H 17/1473 using fixing devices encircling, partially or fully, the post
• CPC Class Codes: Y10T 403/7041 including set screw

Abstract

A connector for a steel fence or the like is provided. The connector is formed from a single, cast metallic piece yet can mount one or multiple adjacent rail sections on a post using only a single mount or piece of hardware attaching the connector to the post. It has a vertical throughbore for receiving the post and a horizontal throughbore that intersects with the vertical throughbore at approximately its mid-point. Each end of the horizontal throughbore forms a receptacle for receiving an end of an associated rail section. A grommet is mounted in each receptacle for centering the associated rail section end in the receptacle, locking the rail section from rotation. The grommet also accommodates limited pivoting of the rail section relative to the connector in both the horizontal and vertical planes, hence, accommodating both inclination and directional changes in the fence.

Claims

1. A fence post connector comprising:

a body having a vertical throughbore for accepting a post therein;

at least one horizontal socket extending into the body and movably housing an end of an elongate rail section, and

a resilient isolating member, mounted in the socket, for holding the rail section in place while accommodating limiting pivoting of the rail section relative to the connector in both the horizontal and vertical planes.

2. The fence post connector of claim 1, wherein, when the rail section end is inserted into the socket, a gap is defined between an inner peripheral surface of the socket and an outer surface of the rail section, and wherein the resilient isolating member spans the gap around at least a portion of the perimeter of the socket.

3. The fence post connector of claim 2, wherein the resilient isolating member comprises an elastomeric grommet.

4. The fence post connector of claim 1, wherein two sockets are formed on opposed sides of the body, and wherein a resilient isolating member is disposed in each socket.

5. The fence post connector of claim 4, wherein the sockets are formed from opposite end sections of a horizontal throughbore formed in the body.

6. The fence post connector of claim 1, wherein a threaded internal boss extends into the vertical throughbore and receives a setscrew assembly.

7. The fence assembly of claim 6, wherein the setscrew assembly includes a setscrew having a hardened steel insert.

8. The fence assembly of claim 6, wherein the setscrew assembly includes a setscrew having an end surface and a resilient member extending from the setscrew end surface for temporarily fixing the body to the post by deforming against and frictionally interfacing the post.

9. A fence assembly comprising comprising:

a vertical post;

an elongate rail section having an end; and

a connector including a body having a vertical throughbore that receives the post and a horizontal socket that receives the rail section end, the socket having an inner diameter that is significantly larger than a maximum diameter of the rail section end so as to define a gap therebetween that permits vertical and horizontal pivoting of the rail section relative to the connector.

10. The fence assembly of claim 9, wherein the connector further comprises an isolating member that spans the gap to center the end of the rail section in the socket while permitting pivoting of the rail section with respect to the body.

11. The fence assembly of claim 10, wherein the isolating member is made from an elastomeric material.

12. The fence assembly of claim 10, wherein the isolating member is generally annular, defining first and second side openings at opposing sides thereof, each of the first and second openings having a respective diameter, and the magnitude of the first diameter being greater than the magnitude of the second diameter.

13. The fence assembly of claim 10, wherein the isolating member is a grommet.

14. The fence assembly of claim 10, wherein the rail section includes a cap mounted thereto, the cap having a diameter sufficiently great in magnitude to mechanically interface with the isolating member when the rail section is urged axially outward from the socket.

15. The fence assembly of claim 9, wherein the body and the rail section are made of dissimilar materials.

16. The fence assembly of claim 15, wherein the isolating member at least one of 1) provides electrical isolation of the dissimilar materials and 2) mitigates galvanic-type corrosion adjacent the connector.

17. The fence assembly of claim 9, wherein the rail section end includes a projection extending radially therefrom and extending about a major portion of the periphery of the elongate rail.

18. A method of installing a fence comprising:

installing a post into a supporting substrate;

providing a fence post connector including body having a socket extending transversely thereinto;

mounting the connector to the upright post;

connecting an end of an elongate rail section to the connector so as to support the rail section end while allowing vertical and horizontal pivoting of the rail section relative to the connector.

19. The method of claim 18, wherein the connector includes a vertical throughbore and a horizontal socket, the mounting step includes inserting the post into the throughbore, and the connecting step comprises inserting the rail section end into the socket.

20. The method of claim 18, wherein the connecting step comprises engaging a resilient isolating member in the socket with an outer peripheral surface of the rail section end.