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.

Bracket (1) for supporting a wall element (50) between two posts (60) and a system for shielding an area. The bracket (1) which is tube-shaped and arranged to enclose a post (60) comprises a front part (2), a back part (3), and first and second side parts (4, 5). At least one of the first and second side parts (4, 5) comprises a slit (6) with a receiving section (6a) open towards the front part (2) and arranged for receiving a protrusion (51) of a wall element (50). The slit (6) comprises a locking section (6c) for keeping a protrusion (51) of a wall element (50) in a locked position, and is arranged at a first distance (a) from the receiving section (6a) in a first direction (X1) of the bracket (1). The slit (6) comprises a guiding section (6b) arranged between the receiving section (6a) and the locking section (6c) which is arranged for guiding a protrusion (51) from the receiving section (6a) to the locking section (6c). The system comprises a wall element (50) with lower and upper protrusions (51, 52), two posts (60), an upper bracket (20) provided on respective one of the posts (60) in an upper position, and the lower bracket (1) provided on respective one of the posts (60) in a lower position.

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 barrier panel includes a first vertical rail and a second vertical rail disposed spaced apart from the first vertical rail. A plurality of cables are each coupled at one end to the first vertical rail and coupled at a second end to the second vertical rail. The barrier panel includes a top rail and a bottom rail. The plurality of cables are disposed between and run parallel to the top and bottom rails.

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.

The invention pertains to a portable fencing system that provides for easy and versatile positioning and removal. In one aspect, the portable fencing system includes sleeves that are pre-positioned in the ground so as to define a predetermined boundary suitable for a particular repetitive use. In another aspect, a portable fencing system that is without pre-positioned sleeves is described, which is more suitable for applications where the insertion of semi-permanent sleeves is impracticable, or where added positioning flexibility is desired.

Disclosed is a fence panel including a rectangular mesh body which includes a plurality of lengths of razor wire arranged to form a plurality of diamond-shaped mesh apertures, each aperture having a major axis of length L and a minor axis of length L/2, and wherein the lengths of razor wire are fixed to one another at respective junctions, wherein L≤200 mm.

The present disclosure provides systems and methods for automated bag packaging, comprising at least one processor; and memory storing comprising: receiving an order comprising at least one item; searching at least one data store to determine one or more properties associated with each item; for each group: performing an optimization process for packaging the at least one item into one or more bags, by: selecting a data structure representing a first bag, the data structure comprising a size of the first bag; iteratively simulating packaging of a largest item of the group into the first bag until all items are packaged in the selected bag; generating at least one set of instructions for packaging the items into the selected bag; and sending the generated instructions to a computer system for display, the instructions including at least one item identifier and one bag identifier.

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).

Disclosed are embodiments of a fence securing device for fixing two fence elements onto one another. The device includes a body with a bottom side for placing the body on a ground, with a top side facing away from the bottom side and with four lateral surfaces. The body includes a mounting with a mounting opening on the top side for receiving complementary mounting elements of the two fence elements. The mounting opening penetrates the body from the top side to the bottom side. At least one supporting section formed on the body as a single piece with at least one supporting surface is arranged on the top side of the body for supporting the fence elements. The supporting surface of the supporting section faces the at least one mounting opening is arranged in parallel and at a distance to a centre axis of the mounting opening.