A fence system, and method for making same, includes at least one support member, and at least one infill material having an edge. At least one union strip is coupled to the at least one support member, the at least one union strip including at least one channel configured for receiving the edge of the at least one infill material. In one embodiment of the invention, the at least one channel is U-shaped, and the edge is configured in a U-shape for matingly engaging the at least one U-shaped channel.

A fencing system and a method of assembly thereof are provided. The fencing system comprises a first post and a panel. The first post comprises a first end, a second end, and an elongated body extending from the first end to the second end. A first groove is defined in a first side of the elongated body. The panel is configured to be mechanically coupled to the first post. The panel comprises a first side, a second side, and a planer body. The first side comprises a first protrusion configured to engage the first groove. The second side comprises a second protrusion configured to engage a second groove of a second post. The planar body extends from the first side to the second side.

A pillar assembly has a first side member, a second side member for connecting to the first side member, a third side member having a first side channel, a second side channel, and an access opening, the third side member for connecting to the second side member, and a fourth side member having an adjustment opening, the fourth side member for connecting to the first side member and the third side member. A pillar assembly having a reinforcing member is also disclosed.

A structural improvement of a side post of a fence, wherein the side post comprises a square side post tube and a reinforcing post located inside the side post tube. The four sides of the reinforcing post facing the side post tube are respectively configured with three longitudinal boards and a connecting board extending coaxially with the side post tube and arranged radially. An abutting board is connected to the external end of the connecting board, the abutting board extends coaxially with the side post tube and the board edge of each longitudinal board and the side of the abutting board contact with the tube internal wall of the side post tube. The board edge of each longitudinal board is configured with a notch corresponding to the connecting hole defined in the side post tube, the height of the notch is higher than hole height of the connecting hole, and the gap of the notch faces the connecting hole, thereby the reinforcing post not only enabling to reinforce the rigid strength but also the side post being capable of being used to connect the fences in linear, right-angle or T-shaped arrangement.

A water storage and dispensing system comprising a post, a water source and a plant watering system. The primary function of the post is to act as a support structure for a variety of devices, which may include, but are not limited to, mail boxes, street lights, fence and signboards. The post has a hollow interior, and also has an inlet means and an outlet means. The water source is connected to the inlet means to fill water in the hollow interior of the post. The plant watering system is connected to the outlet means to use water dispensed by the post for watering plants surrounding the post.

A pillar assembly has a first side member, a second side member for connecting to the first side member, a third side member having a first side channel, a second side channel, and an access opening, the third side member for connecting to the second side member, and a fourth side member having an adjustment opening, the fourth side member for connecting to the first side member and the third side member. A pillar assembly having a reinforcing member is also disclosed.

A barrier is formed from bollards and posts that are embedded in a terrain. The bollards and posts are interconnected by, and support, vertically-spaced runs of primary rails. The rails in each run are aligned in end-to-end relationship. A strengthening cable extends within each run, and is anchored at each end within a concrete-filled bollard. Each bollard contains an elongate, vertically-oriented cable entry port that can receive the end portions of all of the cables in the runs, disposed in laterally-spaced relationship. A two-part closure covers the cable entry port, and includes spaced cable openings that maintain the cables that exit the bollard at a desired lateral separation distance. A cable confinement bracket installed at each post prevents the cables from flying out of the primary rails after an impact. The bracket features a spine that restrains the cables, which pass through bays notched in the spine's lower edge. Each cable may be formed from structural strand, and may include attached cable clips to enhance the cable's resistance to pullout from the bollards.

A post has an elongate shaft and a flat base. The base has the general shape of a non-rectangular parallelogram from which scoops and scallops have been excised. Excisions include a set of aligned scallops from each of two opposed first sides, and a single scoop from each of two opposed second sides. The shape of the bases permits the posts to be interlocked and stacked. The upper end of the shaft of one stacked post is cradled by the scoop of an adjacent post. The scallops of posts at one level of a stack cradle the shafts of posts stacked at a higher level. The effective surface area of the base may be increased with a flat ground mat that interlocks with the base. The posts, with or without ground mats, may be assembled with sheets of infill material to form a barrier, such as a temporary fence.

An improved post comprising a continuous filament fiberglass reinforced resin rod, any hollow post or pipe, and a filler material. The filler material may be selected from a number of materials including, but not limited to, a high compressive strength material such as grout that comprises Portland cement, calcium sulphoaluminate, graded fine to powdery sand, and water or a rigid closed cell urethane foam. The method of installing said post comprising driving said rod into the surface of the ground; placing said post over said rod; and inserting said filler into the space between said rod and the inside of said post. The disclosed post is self-realigning because of the rebounding nature of the rod allowing the post to remain upright or return to plumb after being knocked out of vertical alignment by an outside force.

A fence system comprises a plurality of fence posts and a fence rail. The fence rail is characterized by a fence rail longitudinal axis and a fence rail cross-sectional profile in a plane orthogonal to the fence rail longitudinal axis. The fence rail cross-sectional profile has a hollow, obround shape. Each fence post has at least one rail opening having a substantially obround shape matching the obround shape of the cross-sectional profile of the fence rail, whereby a longitudinal end of the fence rail is slidingly insertable into the rail opening. The fence rail is mounted to and supported by a bracketing pair of the fence posts, wherein longitudinally opposing ends of the fence rail are positioned within corresponding rail openings of the bracketing pair of the fence posts.