A modular privacy fence system, in particular, a modular privacy fence system having fence panels with a board-on-board appearance is disclosed. The fence system includes one or more fence panels having at least two fence panel portions that are cooperatively configured such that the fence panel portions are disposed in partial overlapping relationship such that one of the fence panel portions is offset relative to an adjacent one or ones of the fence panel portions. The fence panel portions are formed within a unitary, one-piece construction and may be in the form of plastic extrusions. The fence panels are configured for coupling to adjacent fence panels, the one or more fence panels being disposed between spaced apart upper and lower rails with the fence panels being connected, respectively, to the upper and lower rails.

A privacy and sound barrier fence system and apparatus is disclosed. The fence is erected with interlocking horizontal or vertical panels which are held in place by posts at the ends of the boards. The boards are equipped with a tongue and groove system, configured to enable the boards to interlock, forming a solid wall segment. Each segment, referred to as a module, may be connected at a 90-degree angle, to permit a turn in the fence. Adjustable mounting points on the posts allow for the modules to be disposed in a step orientation or at a slope for non-level terrain. The boards ensure that the erected fence remains aesthetically pleasing from both the front and rear of the fence. A Santa Fe embodiment of the fence system does not employ any structural rain reinforcement connecting the posts and is capable of withstanding hurricane-strength winds.

A fence panel comprises a first frame rail that includes a first beam portion and a first fin that is adjacent to the first beam portion, and a barrier component attached to the first fin. A resistance weldment may reside at the attachment between the barrier component and the first fin. The first fin may be integral with the first beam portion. The first frame rail and the first fin may comprise a single roll form or a single extrusion.

A temporary fencing assembly comprises a plurality of rectangular fence panels formed from fiberglass supported between fiberglass posts pivotally supported on a base formed from fiberglass. Each post includes two sets of vertically aligned hinge pins or hinge pin receivers projecting outward from opposite sides of the post. The fence panels are formed from rectangular, fiberglass tubing formed into a rectangular frame, each panel including a pair of side rails, a top rail and a bottom rail. The base includes a mounting stud welded to a mounting stud base. Two fiberglass T-posts are secured to the mounting stud base with legs of the T-posts extending under and covering a web of the mounting stud base.

The privacy device is a fence gap cover formed by two planar panels, the first planar panel having a longitudinal length equal to the height of the fence gate and a width wider than the gap between the gate and the fence post. The second planar panel extends perpendicular to and along the longitudinal length of the first planar panel. The second planar panel is attached to the fence post such that the first planar panel overlaps the front edges of the fence post and gate covering the gap. The fence gap cover may be cut to length to match the height of the gate and to allow for the latch and hinges.

A vertical cable barrier includes a top rail defining a plurality of top through holes spaced apart along a top web portion. A bottom rail includes a bottom web portion and a pair of bottom leg portions, where the bottom web portion and the pair of bottom leg portions form a channel, and the bottom web portion defines a plurality of bottom through holes spaced apart along the bottom web portion and aligned with the top through holes. A vertical cable is disposed on each side of a rigid support member. Each vertical cable includes a top end directly attached to a hollow tubular shank of a first top swage fitting and a bottom end of received in and directly attached to a hollow tubular shank of a first bottom swage fitting, where the top end of the vertical cable extends through one of the plurality of top through holes, and the bottom end of the vertical cable extends through one of the bottom through holes that is disposed in vertical alignment with the one top through hole. A first adjustable end member is coupled to the first bottom swage fitting and at least part of the first adjustable end member is disposed within the channel, wherein adjusting the first adjustable member adjusts a tension in the vertical cable.

A fence support system has a catch member comprising a catch plate and a protrusion that extends from the catch plate and a retainer member comprising a retainer plate comprising an aperture, the aperture being configured to receive the protrusion in response to relative movement of at least one of the catch member and the retainer member along an insertion path. When the protrusion is received by the aperture, a curved base portion of the protrusion that does not extend through the aperture is located, as determined along the insertion path, between the catch plate and the retainer plate. The curved base portion is curved angularly about the insertion path.

A fence support system has a catch member comprising a catch plate and a protrusion that extends from the catch plate and a retainer member comprising a retainer plate comprising an aperture, the aperture being configured to receive the protrusion in response to relative movement of at least one of the catch member and the retainer member along an insertion path. When the protrusion is received by the aperture, a curved base portion of the protrusion that does not extend through the aperture is located, as determined along the insertion path, between the catch plate and the retainer plate. The curved base portion is curved angularly about the insertion path.

A durable, prefabricated metal gate assembly including a plurality of frame beams, a plurality of units, and a plurality of corner brackets. The prefabricated gate assembly is easily assembled onsite thereby alleviating the need for heavy lifting machinery or expensive welding tools when assembling. The versatility of this prefabricated gate is not limited to just a gates configuration but can also be used to form a fence as well.

The present invention provides a modular, nonconductive barrier assembly for enclosing or partitioning an area. The modular, nonconductive barrier assembly includes a number of wall panels each having multiple nonconductive posts arranged in a common plane and separated by a gap. The nonconductive posts are connected by a number of connecting rods. Each wall panel is arranged in an upright orientation on a support surface. A number of support assemblies each having a base and at least one support arm support the wall panels in an upright orientation. The base of each support assembly is positioned on a support surface, a proximal end of the support arm is releasably connected to the base and a distal end of the support arm is releasably connected to a wall panel to support the same.