Abstract: 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).

Abstract: 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).

Abstract: A mounting arrangement for a barricade and/or guarding system comprising at least one binding element, which in use, fastens around a mounting body, and at least one connector body connected to the at least one binding element, the connector body having at least one joiner engagement formation for connection to a joiner element. The binding element includes an elongate member having at least a fastening end, and at least one lengthwise side that includes an engagement arrangement, and a binding head connected to the elongate member, the binding head being spaced apart from the fastening end along the length of the elongate member and including a fastening opening for receiving the fastening end of the elongate member, the fastening opening including at least one fastening arrangement configured to cooperate with the engagement arrangement of the elongate member to lock a portion of the elongate member within the fastening opening.

Abstract: A barricade system (100) comprising at least one clip (102) having a first engagement formation (104A, 105A) adapted to secure the clip (102) to a fixed structure, the clip further having a second engagement formation (104C, 105G). The system (100) includes a joiner element (106) having a third engagement formation (106A) located on a first side, and a fourth engagement formation (106B) located on an opposing second side, the third engagement formation (106A) being adapted to engage the second engagement formation (104C, 105G) to secure the joiner element (106) to the clip (102). The system (100) includes at least one mesh panel (101) and a stopper element (107) having a fifth engagement formation (107A). The fifth engagement formation (107A) is engageable with the fourth engagement formation (106B) to secure the stopper element (107) to the joiner element (106) with a portion of the mesh panel (101) located therebetween.

Abstract: A barricade system (100) comprising at least one clip (102) having a first engagement formation (104A, 105A) adapted to secure the clip (102) to a fixed structure, the clip further having a second engagement formation (104C, 105G). The system (100) includes a joiner element (106) having a third engagement formation (106A) located on a first side, and a fourth engagement formation (106B) located on an opposing second side, the third engagement formation (106A) being adapted to engage the second engagement formation (104C, 105G) to secure the joiner element (106) to the clip (102). The system (100) includes at least one mesh panel (101) and a stopper element (107) having a fifth engagement formation (107A). The fifth engagement formation (107A) is engageable with the fourth engagement formation (106B) to secure the stopper element (107) to the joiner element (106) with a portion of the mesh panel (101) located therebetween.

Abstract: The safety barricading system includes at least one mesh panel that is secured against an existing surface, object, or structure via a plurality of uniquely defined clips. The safety barricading system is designed to adaptively attach onto a building or structure in a temporary or permanent basis, and prevent objects from falling there from. The safety barricading system includes tools that remove the clips after use as well as joiner assemblies that abut adjacent sections of mesh panels at varying angles. The uniquely defined clips each include an eccentric pin joiner and mesh clip button that attach to one another as well as onto the respective clip, and sandwich the mesh panel there between so as to secure the mesh panel to the respective clip.

Abstract: The safety barricading system includes at least one mesh panel that is secured against an existing surface, object, or structure via a plurality of uniquely defined clips. The safety barricading system is designed to adaptively attach onto a building or structure in a temporary or permanent basis, and prevent objects from falling there from. The safety barricading system includes tools that remove the clips after use as well as joiner assemblies that abut adjacent sections of mesh panels at varying angles. The uniquely defined clips each include an eccentric pin joiner and mesh clip button that attach to one another as well as onto the respective clip, and sandwich the mesh panel there between so as to secure the mesh panel to the respective clip.