A panel-post connector plate 16 for connecting a fence post 12 to an adjacent fence panel 14. The panel-post connector plate 16 comprises a plate body 84 having a post-receiving aperture 86 for receiving at least part of the fence post 12 therethrough, and a fastener receiving aperture 92 for receiving a fastener to attach the plate body 84 to a panel-body of the adjacent fence panel 14. A header-rail engagement member 94 is at or adjacent to the plate body 84, the header-rail engagement member 94 receivable in the header rail 26 of the adjacent fence panel 14. A temporary rail support device, a gravel-board retaining element, a fence post and a fence are also described.

A fencing system and method includes: a first vertical post secured at least partially below ground; a second vertical post secured at least partially below the ground; a first rail member having a first slot attached to the first vertical post; a second rail member having a second slot attached to the second vertical post; a third rail member having a third slot; a fourth rail member having a fourth slot; a plurality of generally horizontally arranged cement composite slats positioned in a common plane formed by the first slot and the second slot forming a floating arrangement of horizontally positioned cement composite slats; and wherein the first rail member, the second rail member, the third rail member, and the fourth rail member form a frame for the floating arrangement of horizontally positioned cement composite slats.

A protective barrier includes a first end piece including a first opening and a first anchoring member for securing the first end piece to a surface, a second end piece including a second opening and a second anchoring member for securing the second end piece to the surface, a rail extending between the first end piece and the second end piece, the rail having a first end disposed in the first opening of the first end piece and a second end disposed in the second opening of the second end piece, and a cable system including a first fastener coupled to the first anchoring member, a second fastener coupled to the second anchoring member, and a cable having a first end attached to the first fastener and a second attached to the second fastener, the cable extending from the first fastener, through the first opening, through the rail, through the second opening, and to the second fastener.

A protective barrier includes a first end piece including a first opening and a first anchoring member for securing the first end piece to a surface, a second end piece including a second opening and a second anchoring member for securing the second end piece to the surface, a rail extending between the first end piece and the second end piece, the rail having a first end disposed in the first opening of the first end piece and a second end disposed in the second opening of the second end piece, and a cable system including a first fastener coupled to the first anchoring member, a second fastener coupled to the second anchoring member, and a cable having a first end attached to the first fastener and a second attached to the second fastener, the cable extending from the first fastener, through the first opening, through the rail, through the second opening, and to the second fastener.

A prefabricated modular fencing system comprises first and second fence panels, each panel having opposing side ends. Each side end carries outboard connectors. The connectors have upper sides defining one of a concavity and a convexity and have lower sides defining the other of a concavity and a convexity, and the connectors define a bore within each convexity. The convexity of a connector carried by the first fence panel may be complementary with and interfitted within the concavity of another connector carried by the second fence panel, to assemble the first and second fence panels together. A post is disposed through the bores of interfitted connectors.

A prefabricated modular fencing system comprises first and second fence panels, each panel having opposing side ends. Each side end carries outboard connectors. The connectors have upper sides defining one of a concavity and a convexity and have lower sides defining the other of a concavity and a convexity, and the connectors define a bore within each convexity. The convexity of a connector carried by the first fence panel may be complementary with and interfitted within the concavity of another connector carried by the second fence panel, to assemble the first and second fence panels together. A post is disposed through the bores of interfitted connectors.

An apparatus and method for use of an improved shoring system for providing stabilization and protection for fences particularly in high wind situations such as severe thunderstorms and hurricanes. The structure of the shoring system provides rigidity and security to a fence and acts to prevent or minimize the chances of destroyed, lost, or tipped-over fencing.

An apparatus and method for use of an improved shoring system for providing stabilization and protection for fences particularly in high wind situations such as severe thunderstorms and hurricanes. The structure of the shoring system provides rigidity and security to a fence and acts to prevent or minimize the chances of destroyed, lost, or tipped-over fencing.

A fencing assembly has two rails, multiple balusters, and multiple positioning assemblies. The two rails are disposed at a spaced interval, and each rail is hollow. Each one of the balusters is hollow and has two ends, wherein each one of the two ends is detachably mounted with a respective one of the two rails. Each one of the positioning assemblies is mounted with a respective one of the two rails and a respective one of the balusters, and has a positioning component and an anti-slip sheath. The positioning component is mounted with the corresponding rail, and has at least one stopping flange protruding radially. The anti-slip sheath is inserted into an end of the corresponding baluster and is sheathed on the positioning component, and at least part of the stopping flange abuts on an inner surface of the anti-slip sheath.

A fencing assembly has two rails, multiple balusters, and multiple positioning assemblies. The two rails are disposed at a spaced interval, and each rail is hollow. Each one of the balusters is hollow and has two ends, wherein each one of the two ends is detachably mounted with a respective one of the two rails. Each one of the positioning assemblies is mounted with a respective one of the two rails and a respective one of the balusters, and has a positioning component and an anti-slip sheath. The positioning component is mounted with the corresponding rail, and has at least one stopping flange protruding radially. The anti-slip sheath is inserted into an end of the corresponding baluster and is sheathed on the positioning component, and at least part of the stopping flange abuts on an inner surface of the anti-slip sheath.