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.

A fence slat includes a first fence slat locking mechanism disposed on one side of the fence slat. The fence slat further includes a second fence slat locking mechanism disposed on a second side of the fence slat. A plurality of fence slats are interlocked with each other by the one or more locking mechanisms such that lateral tension is applied between each fence slat.

A fence support system has a catch member comprising a catch plate and a protrusion that extends from the catch plate and a retainer member comprising a retainer plate comprising an aperture, the aperture being configured to receive the protrusion in response to relative movement of at least one of the catch member and the retainer member along an insertion path. When the protrusion is received by the aperture, a curved base portion of the protrusion that does not extend through the aperture is located, as determined along the insertion path, between the catch plate and the retainer plate. The curved base portion is curved angularly about the insertion path.

A privacy and sound barrier fence system and apparatus is disclosed. The fence is erected with interlocking horizontal or vertical panels which are held in place by posts at the ends of the boards. The boards are equipped with a tongue and groove system, configured to enable the boards to interlock, forming a solid wall segment. Each segment, referred to as a module, may be connected at a 90 degree angle, to permit a turn in the fence. Adjustable mounting points on the posts allow for the modules to be disposed in a step orientation or at a slope for non-level terrain. The boards ensure that the erected fence remains aesthetically pleasing from both the front and rear of the fence. The fence system does not employ any structural rain reinforcement connecting the posts, and is capable of withstanding hurricane-strength winds.

A barrier wall has a first vertical support and a second vertical support. A first wall panel is disposed between the first vertical support and second vertical support. A second wall panel is disposed between the first vertical support and second vertical support over the first wall panel. An I-beam is disposed between the first wall panel and second wall panel. The I-beam includes a first flange and second flange extending into the first wall panel and second wall panel. A cable is disposed between the first wall panel and second wall panel. The I-beam includes a ridge around the cable. A grounding cable is attached to the I-beam. The first wall panel includes a first channel extending for a length of the first wall panel. A first sound absorbing material strip is disposed in the first channel. A traffic barrier is disposed under the first wall panel.

A modular panel may be used as part of a wall system. The modular panel comprises a core substrate followed by an inner layer and a stucco outer layer. The panel is configured to be removably attached at sides to other panels to form a wall.

A supporting mechanism for a glass fence is provided. The supporting mechanism has a base, a main body, two sets of anti-collision rubber for contacting with the glass fence, an height-adjustment block, an adjustment slider, and an installation slot for insertion of the glass fence in vertical direction. The installation slot is provided on the main body along a vertical direction of the main body, the installation slot divides the main body into two sub-bodies, each sub-body has an inner wall facing the installation slot. The height-adjustment block is provided at a lower end position of the installation slot, an inner space is provided within the height-adjustment block for receiving an LED device generating light. The adjustment slider selectively moves by an adjustment screw such that height of the height-adjustment block is adjustable. As the glass fence is installed within the installation slot and on the height-adjustment block, installation height of the glass fence is adjustable by the adjustment screw.

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 system of for installing fence posts quickly, accurately, and easily for both side mounted fence panels and front mounted fence panels with one or two persons.