The present invention comprises a relocatable high security fence system that may be provided where it is prohibitive to install by bolting to the ground or otherwise damaging the ground that may comprise a fence panel system attached to posts with bases and adjustable braces.

A barrier locking mechanism having a collared upright stem mounted to a base and a tubular sheath having an open lumen configured to receive the upright stem therein is disclosed. The tubular sheath has an opening through a lateral side of the tubular sheath axially positioned such that, when the upright stem is received within the lumen of the tubular sheath, the opening is positionable between the base and the collar of the upright stem. A threaded lock housing is externally mounted on the lateral side of the tubular sheath at a position coinciding with the opening in the tubular sheath so that a fastener can extend into the lumen of the tubular sheath at least as far as an outer perimeter of the collar.

A relocatable security fence system that may comprise a fence panel system attached to posts with bases and adjustable braces adapted to be used during instances where it is prohibitive to install a fence system by bolting to the ground or otherwise damaging the ground.

A portable residential fence system with a lower post surround assembly, a middle post surround assembly and an upper post surround assembly. Each assembly is made of four adjoining strips. The lower and middle surround assemblies are attached to each other by angled joining strips. The lower post strips include extension brackets that are flat to the ground. The lower and upper surround strips include apertures that allow bolts to extend horizontally to attach fencing to the post. Stakes can be driven through apertures in the lower assembly extension brackets and into the ground so that a fence post can be held in an upright positon without the need for cement footings or other holding methods that are not portable. The surround strips and joining strips are all made of rigid material such as metal or glass filled plastic.

A temporary barrier post having a main pole, adjustable post, and bracing shaft. A joint assembly is supported on and can slide axially along the main pole. An end of the adjustable post is connected to the joint assembly such that the adjustable post can rotate relative to the joint assembly. A coupler is fixed to the adjustable post axially between the proximate and remote ends such that the bracing shaft is pivotally connected to the adjustable post. The temporary barrier post is adjustable between an expanded condition, in which the adjustable post extends laterally relative to the main pole, the bracing shaft is oblique relative to the adjustable post, and the adjustable post and the bracing shaft retain the main pole in a set location via the joint assembly, and a collapsed condition, in which the main pole, the adjustable post, and the bracing shaft are parallel.

An improved bracket has fingers on either side that are connected to a bracket base by rivets. The fingers may slightly move and adjust for uneven ground and imperfections in the size of the fence posts. An improved method for attaching a fence post to the ground is also provided. A shallow hole may be dug where the fence post is desired. A T-Post may be driven into the ground a desired depth near a center of the shallow hole. A tapered sleeve may be driven on top of the T-Post extending above the shallow hole. A hole on the bottom of the fence post, having a similar interior surface to the exterior surface of the tapered sleeve, may be driven over the tapered sleeve. The bottom of the fence post may have partially screwed in screw(s) and washer(s) that are submerged when the shallow hole is filled with cement.

A relocatable security fence system that may comprise a fence panel system attached to posts with bases and adjustable braces adapted to be used during instances where it is prohibitive to install a fence system by bolting to the ground or otherwise damaging the ground.

An angle brace assembly and a method for supporting an upright structure with an angle brace assembly is presented herein. The angle brace assembly includes a ground anchor assembly vertically mounted into the ground with a top exposed end extending above the ground. An elongated angle brace with a first connector at a first end and a second connector at a second end is angularly mounted to and between the upright structure and the ground anchor assembly with the second end and said second connector being disposed at a lower height from the ground relative to the first end and the first connector.

A fence bracket (10), a fence bracket system, a kit of parts. a fence assembly and a method of manufacturing a fence bracket are described. The fence bracket (10) is suitable for use with a fence panel. The fence bracket has a body (12) having a base (14), a front wall (20). a first side wall (16) and a second side wall (18): and a support (22). The support (22) is provided on the front wall (20). The support (22) is configured to connect to a fence post. The front wall (20) has a region comprising an aperture (30) suitable for receiving an ancillary component (70).

Some embodiments relate to a fence post stay for supporting a first post in a wire fence having a plurality of wires. The stay may comprise: a first connector and a second connector; and an elongate first member connected to and extending between the first and second connectors. The first connector is engageable with the first post and the second connector is engageable with an adjacent second post, such that a tension force exerted by the plurality of wires on the first post is at least partially directed through the stay to the second post.