A barrier that includes a plurality of first wires that extend in a horizontal direction is provided. The barrier can include a plurality of second wires that extend in a vertical direction. The barrier can include at least one third wire that extends in a direction orthogonal to the vertical direction. The plurality of second wires and one or more wires of the plurality of first wires can form a first portion extending in a first plane defined by the vertical direction and the horizontal direction. The at least one third wire and at least one wire of the plurality of first wires can form a second portion extending in a second plane defined by the horizontal direction and a transverse direction. The plurality of second wires can be excluded from the second portion. The at least one third wire can be excluded from the first portion.

A barrier that includes a plurality of first wires that each extend in a horizontal direction is provided. The barrier can include a plurality of second wires that each have a first portion that extends in a vertical direction and a second portion that extends in a direction orthogonal to the vertical direction and at an angle between the horizontal direction and a transverse direction. The second portions of each of the plurality of second wires can collectively define a midline that extends in the horizontal direction and substantially bisects the second portions of the plurality of second wires. The second portions of each of the plurality of second wires can collectively form a zig-zag pattern along the midline.

A scaffolding module comprising: a frame that, when in an erected configuration, defines an interior space; and a plurality of mounting regions that allow the module to be mounted with other said scaffolding modules, wherein when so mounted, the module frames are able to be interconnected to form a support structure for one or more scaffolding platforms.

A scaffolding module comprising: a frame that, when in an erected configuration, defines an interior space; and a plurality of mounting regions that allow the module to be mounted with other said scaffolding modules, wherein when so mounted, the module frames are able to be interconnected to form a support structure for one or more scaffolding platforms.

An adjustable panel connector (100, 300) for interconnecting two mesh panels (105) of a barricade and/or guarding system. The adjustable panel connector (100, 300) comprises a first body element (102, 302) including at least one first panel fastening arrangement (106, 108, 311); a second body element (104, 304) including at least one second panel fastening arrangement (106, 108, 311), the first body element (102, 302) and the second body element (104, 304) being interconnected along and about a connection axis (X-X, Y-Y); and a pivot locking arrangement (110, 301) configured to lock the first body element (102, 302) at a selected angle relative to the second body element (104, 304) about the connection axis (X-X, Y-Y).

A safety net system includes a mesh netting, first and second fixed support which are positioned either side of a loading dock or other dangerous zone. Clips secured to the mesh netting interact with connectors affixed to the fixed supports to place the netting in blocking position. An adjustable height stanchion is used as the fixed support in one embodiment.

A connector (200) for connecting a first scaffold (10) to a second scaffold (20), each scaffold (10, 20) having: one or more vertical standards (12, 22); and one or more bracing members (14, 24). The connector (200) having an elongate body (210) extending along a connector axis (202), the body (210) including: a first end (212) adapted to engage a top end of the one or more vertical standards (12) of the first scaffold (10); a second end (214) adapted to engage a bottom end of the one or more vertical standards (22) of the second scaffold (20); and a connector ring (216) disposed between the first end (212) and the second end (214) for engagement with one or more bracing members (400, 600, 800) extending away from the connector axis (202).

A safety fence comprising a first and a second post. An upper rail is securable to upright members of the first post and the second post in a horizontally orientation. A mesh has an upper end slidably coupled to the upper rail. The mesh has a retracted configuration where it is collapsed and retained next to the first post, and a deployed configuration where it is extended between the first and second posts in a taut configuration. At least one tensioning member has a first end fixed to the first post and is releasably securable to the second post such that the tensioning member may be tensioned between the first and second posts. The tensioning member, when tensioned between the first and second posts with the mesh in its deployed configuration, provides horizontal load support to the mesh.

According to one aspect of the present disclosure, a sidewalk shed section can include a first and second pair of leg sections, wherein at least a portion of each leg section is plus-shaped, and each leg section can include a rod header located at a top end of the plus-shaped portion; at least one hole located at a bottom end of the plus-shaped portion; and a bracket configuration.

A brick guard for use with a scaffolding system, the brick guard is made from a panel with upper and lower edges and at least one clip for engaging a toe board is disclosed. The toe board clip(s) are provided at a lower part of the panel. The brick guard also has at least one clasp for engaging with a scaffolding member, where each clasp is provided at an upper edge of the panel. The brick guard may also have at least one rib projecting from a first face of the panel, wherein the rib defines a channel on a second opposing face of the panel. Each clasp may have at least one strut member and a leaf member connected to the strut member(s), wherein the leaf member is substantially hemicylindrical.