A wire mesh fence panel includes a top longitudinal portion of a wire mesh disposed inside of a top rail that is connected to a first post and a second post, a bottom longitudinal portion of the wire mesh that is disposed inside of a bottom rail that is connected to the first and second post, a first vertical portion of the wire mesh disposed inside of the first post, a second vertical portion of the wire mesh disposed inside of the second post, top rail links connecting the top rail to the first and second posts, and bottom rail links connecting the bottom rail to the first and second posts.

An outdoor lattice system comprises at least two posts and a plurality of modular lattice systems configured to be disposed between and supported by the at least two posts. The posts have an elongate body comprising multiple support openings arranged along the elongate body. Each of the modular lattice sections comprise a body, a first edge and a second edge, each edge being a longitudinal edge of the body, the second edge opposite to the first edge, each of the first edge and the second edge comprising a support element extending outwardly therefrom. The support element is configured to couple mechanically with a support opening from the plurality of support openings of the first post, and the at least one support element on the second edge of the first modular lattice section configured to couple mechanically with a support opening from the plurality of support openings of the second post.

In a first aspect the invention concerns frameless glass fencing component (10) for a frameless glass fencing installation. The frameless glass fencing component (10) is produced from an engineering plastic. In a further aspect there is disclosed herein a frameless glass fencing installation and a method of installing a frameless glass fence.

A screen for realizing partitions for outdoor use, comprising a fixed bottom element; an intermediate element vertically sliding to said first fixed element between a first position, in which it projects almost completely in vertical direction to said first fixed element, and a second position, in which it is lowered up to overlap, in front view, to said first fixed element; a terminal movable element vertically sliding to said intermediate element between a first position, in which it projects almost completely, and a second position, in which it is overlapped, in front view, to said intermediate element, each one of said elements comprising a transparent panel, a frame made up of a couple of vertical uprights, characterized in that the vertical uprights of said first fixed element comprise a through vertical recess, facing the screen center and such shaped and dimensioned that it houses the section bars of the intermediate element in sliding manner, and the vertical uprights of said intermediate element comprise a through vertical recess, facing the screen center and such shaped and dimensioned that it houses the section bars of the terminal element in sliding manner.

A panel assembly has a first panel formed of a wire grid and a second panel formed of a wire grid. The second panel is mechanically affixed to a side of the first panel. Each of the wire grids includes a first grid member, a second grid member, and a barrier layer interposed between the first and second grid members. A connector joins a side of the second panel to a side of the first panel. The barrier layer can be of a permeable or impermeable material. An edge protector can be applied over an edge of the first and second grid members.

A fence panel has pickets and rails with slots in the pickets and open bottom U shaped rails. A locking strip slides into the rail and the slots in the pickets to lock the pickets into the rail. The locking strip can be designed with a projecting L portion with a fingers formed between recessed slots along its length such that, at each picket interval, the pickets can pivot around the fingers. Thus, the lock strip allows pivoting of pickets. The rails are designed with a side internal slot with guides to hold the lock strip in place. The rails are further designed with a top internal groove to accept the insertion of a spacer strip that holds the pickets in place and stops them from moving left and right when the top of the pickets do not go through a routed top rail or a supporting middle rail.

This patent pertains to secondary containment systems. One implementation includes a support assembly that includes an elongate post member and a stabilization plate. In one instance, a stabilization plate is mounted on the elongate post member to reduce movement of the elongate post member when the stabilization plate is embedded in the ground. Another implementation includes a panel splice assembly including reinforcing members that secure overlapping, corrugated panels.

A fence post to be coupled to a flexible (e.g., mesh) fence to hold the fence above the ground. The fence post has a shaft to be driven into the ground. A downturned lower fence engaging hook extends from the bottom of the shaft to engage the bottom of the fence. The lower fence engaging hook is embedded in the ground along with the shaft of the fence post in order to hold the bottom of the fence against the ground. The fence post also has an upturned upper fence engaging hook extending from the top of the shaft to engage the top of the fence and hold the top of the fence up and above the ground. An upturned intermediate fence engaging hook extends from the shaft of the fence post between the lower and upper fence engaging hooks to engage the middle of the fence and hold the middle up.

A wire mesh fence panel includes a top longitudinal portion of a wire mesh disposed inside of a top rail that is connected to a first post and a second post, a bottom longitudinal portion of the wire mesh that is disposed inside of a bottom rail that is connected to the first and second post, a first vertical portion of the wire mesh disposed inside of the first post, a second vertical portion of the wire mesh disposed inside of the second post, top rail links connecting the top rail to the first and second posts, and bottom rail links connecting the bottom rail to the first and second posts.