Cable-reinforced barrier

A bracket, comprising:

• a flat and elongate spine having an upper edge and a lower edge, the lower edge comprising:
• a plurality of longitudinally-spaced rectilinear segments;
• and
• a plurality of longitudinally-spaced bays interspersed between the segments;
• and
• a plurality of longitudinally-spaced feet joining the lower edge of the spine at the segments, and extending in orthogonal relationship to the spine.

A kit, comprising:

• at least one elongate and hollow bollard, the bollard having a pair of opposed ends and a cable entry port disposed intermediate its ends;
• a plurality of elongate cables;
• and
• at least one cable placement block, the cable placement block sized to be clearingly received within the at least one bollard through its cable entry port and having a plurality of open-topped cable channels formed therein, each cable channel sized to receive one of the plurality of cables therein;
• in which the cable channel nearest an axial extremity of the cable placement block has a side-to-side width greater than that of at least one of the remaining cable channels of the plurality.

A kit, comprising:

• a plurality of elongate cables, each cable having an end portion;
• and
• a plurality of elongate and hollow bollards, each bollard having a longitudinal axis, a pair of opposed ends and an elongate axially-extending cable entry port formed intermediate its ends, the cable entry port sized to receive the end portions of the plurality of cables therethrough while the cables are in a laterally-offset relationship;
• in which the opposed ends of each bollard are characterized as first and second ends, the cable entry port of each bollard is situated adjacent the first end, and each bollard is configured to be filled with ballast material from the second end to a level above the cable entry port.

A kit, comprising:

• a plurality of elongate cables, each cable having an end portion;
• and
• a plurality of elongate and hollow bollards, each bollard having a longitudinal axis, a pair of opposed ends and an elongate axially-extending cable entry port formed intermediate its ends, the cable entry port sized to receive the end portions of the plurality of cables therethrough while the cables are in a laterally-offset relationship;
• in which each bollard has a polygonal cross-sectional shape.

A kit comprising:

• a plurality of elongate cables, each cable having an end portion;
• a plurality of elongate and hollow bollards, each bollard characterized by an exterior and an interior and having a longitudinal axis, a pair of opposed ends and an elongate axially-extending cable entry port formed intermediate its ends, the cable entry port sized to receive the end portions of the plurality of cables therethrough while the cables are in a laterally-offset relationship;
• and
• a plurality of multi-part closures, each closure sized to fully cover the cable entry port and having a plurality of cable openings formed therein, each cable opening being sized to clearingly receive one of the cables therethrough, each closure being broken into parts at an internal edge that intersects each of the cable openings and being configured to cover the cable entry port at the bollard exterior.