Adjustable picket fence
A barrier is formed from at least one elongate rail and at least one vertical upright member. The elongate rail includes a web and a pair of opposed side walls which extend from the web to define a rail channel. Each upright member includes an aperture formed therein. In one implementation, a pin extending from a clip is inserted into the aperture, and the upright member, with the clip, is at least partially situated within the rail channel, wherein the clip is welded to an inside surface of the rail channel. In another implementation, a pin is inserted through the aperture, and the upright member, with the pin, is at least partially situated within the rail channel, wherein opposed ends of the pin are welded to an inside surface of the opposed side walls of the rail channel. The pin and aperture form a pivot point allowing the upright member to rotate with respect to the elongate rail. In a fence implementation, this allows the barrier to be racked in order to follow undulating terrain.
1. A barrier formed from an elongate rail and a plurality of vertical upright members, wherein the elongate rail includes a web and a pair of opposed side walls which extend from the web to define a rail channel, wherein each upright member includes an aperture formed therein, and further including an individual clip associated with each one of the plurality of vertical upright members, each clip including a flange, wherein a pin extends from the flange of each clip, and wherein the pin is inserted into the aperture of the associated upright member, wherein each upright member, with its associated clip, is at least partially situated within the rail channel, and the clip is welded to an inside surface of the rail channel, and wherein each individual clip comprises a pair of opposing flexible flanges supporting an opposed pair of spaced apart pivot pins, the opposed pivot pins for insertion into opposed apertures formed in the upright member.
2. The barrier of claim 1 wherein resistance type welding is used so as to minimize a presence of markings on the outer surface of the rail channel.
3. The barrier of claim 1 wherein the pin and aperture form a pivot which supports movement of the at least one vertical upright member relative to the at least one elongate rail so as to enable the barrier to be racked.
4. The barrier of claim 3 wherein the aperture has an inner diameter slightly larger than an outer diameter of the pin.
5. The barrier of claim 1 wherein the upright member is not welded directly to the rail.
6. The barrier of claim 1 wherein the web further includes openings through which upright members extend, the clip being welded to the inside surface of the rail channel adjacent to the opening.
7. The barrier of claim 1 wherein the opposing flexible flanges reception of the upright member therebetween with insertion of the opposed pivot pins into the opposed apertures formed in the received upright member.
8. A barrier formed from at least one elongate rail and at least one vertical upright member, wherein the rail includes a web and a pair of opposed side walls which extend from the web to define a rail channel, wherein the upright member includes a hole formed there through, and wherein a pin is inserted through the hole in the upright member, wherein the upright member, with the pin, is at least partially situated within the rail channel, and opposed end surfaces of the pin are welded to inside surfaces of the opposed side walls of the rail channel without the pin passing through an aperture in the side wall, the welded pin and hole in the upright member configured to permit pivoting of the upright member relative to the rail.
9. The barrier of claim 8 wherein resistance type welding is used so as to minimize a presence of markings on the outer surface of the opposed side walls of the rail channel.
10. The barrier of claim 8 wherein the pin and hole form a pivot which supports movement of the at least one vertical upright member relative to the at least one elongate rail so as to enable the barrier to be racked.
11. The barrier of claim 10 wherein the hole has an inner diameter slightly larger than an outer diameter of the pin.
12. The barrier of claim 8 wherein the upright member is not welded directly to the rail.
13. The barrier of claim 8 wherein the web further includes openings through which upright members extend.