An example detachable device comprises a body with a transitional surface, a back portion, and a side portion. The body is to be affixed to a rail of a fence structure with the back portion in proximity to a surface of the rail. The side portion of the body is to be arranged proximate to a post portion of the fence structure.

A protective barrier includes a first end piece including a first opening and a first anchoring member for securing the first end piece to a surface, a second end piece including a second opening and a second anchoring member for securing the second end piece to the surface, a rail extending between the first end piece and the second end piece, the rail having a first end disposed in the first opening of the first end piece and a second end disposed in the second opening of the second end piece, and a cable system including a first fastener coupled to the first anchoring member, a second fastener coupled to the second anchoring member, and a cable having a first end attached to the first fastener and a second attached to the second fastener, the cable extending from the first fastener, through the first opening, through the rail, through the second opening, and to the second fastener.

A security fence includes a pair of posts and a plurality of rails supported by the pair of posts and disposed vertically spaced apart. Each rail includes a bottom wall and an upper wall, each defining a plurality of spaced apart openings. A plurality of pickets are horizontally spaced apart along the plurality of rails, each picket extends through a respective bottom opening and a respective upper opening of each rail. A slide lock bar is disposed within at least one of the plurality of rails and is supported by the bottom wall of the one of the plurality of rails. The slide lock bar traverses the plurality of pickets and is received by a notch in each picket. Engagement of the slide lock bar with the notches enables angular displacement of each picket with respect to each rail.

A connector attached to the end face of a supported member where fasteners are driven through the connector into the end face of the supported member, and then the supported member with the attached connector is positioned to interface on the supporting member with jutting peripheral attachment areas of the connector exposed and available for receiving fasteners that will attach the connector and the fence stringer to the supporting member.

A gate assembly is disclosed including a gate rail and an upright including a plurality of walls defining a cavity therebetween. A first of the walls includes an opening that is configured to receive the gate rail therethrough such that the gate rail extends into the cavity. The gate assembly further includes a gate corner insert configured for insertion into the cavity of the upright through a second opening of the upright. The gate corner insert includes a base and a plurality of protrusions extending from the base. The base and the plurality of protrusions define a second cavity therebetween with first and second protrusions of the plurality of protrusions defining a third opening in communication with the second cavity. The third opening and the second cavity are configured to receive the gate rail therein for removable attachment to the gate corner insert.

A security fence includes a pair of posts and a plurality of rails supported by the pair of posts and disposed vertically spaced apart. Each rail includes a bottom wall and an upper wall, each defining a plurality of spaced apart openings. A plurality of pickets are horizontally spaced apart along the plurality of rails, each picket extends through a respective bottom opening and a respective upper opening of each rail. A slide lock bar is disposed within at least one of the plurality of rails and is supported by the bottom wall of the one of the plurality of rails. The slide lock bar traverses the plurality of pickets and is received by a notch in each picket. Engagement of the slide lock bar with the notches enables angular displacement of each picket with respect to each rail.

Embodiments of the disclosure provide a safety rail. The safety rail may include a body disposed on first and second adjustable boots. The first and second adjustable boots may be adapted to secure the safety rail to an excavation support structure. The body may include a lower rail connected to the first and second adjustable boots.

A fence assembly includes a post anchored to a solid surface. The assembly also includes a bracket mounted on a coupling surface of the post. The assembly further includes a rail secured to the bracket. The rail includes a core member. The core member further includes an upper surface, a lower surface opposite to the upper surface, and a pair of opposite lateral sides extending between the upper surface and the lower surface. The rail also includes a pair of flanges extending along the upper surface, each of the pair of flanges located on a corresponding opposite lateral side of the core member. The assembly also includes a deck board including a lower surface, wherein the upper surface of the core member of the rail and the pair of flanges of the rail are configured to support the lower surface of the deck board.

A portable safety rail system includes one or more railings inserted into one or more stackable rail bases. Each rail base can include a plurality of apertures for receiving end rail posts of railings through a raised hub defining an open region between the bottom of the hub and the surface on which the rail base rests. Each end rail post can have a stop flange that engages an upper surface of the hub when inserted therein and an aperture through the end portion that extends into the open region beneath the hub for receiving a pin to lock the post while allowing rotation of the post. The system can also include toe boards that are attached to railings with a mount having an aperture through which railings are extended, allowing the toe boards to also be rotated to be aligned with railings.

A fence panel construction device includes a structural member and a pair of post members coupled to the structural member. Each post member includes a pair of attachment devices configured to removably attach a pair of fence stringers to the pair of post members. A pair of actuator mechanisms are coupled to a respective one of the pair of post members to position the pair of post members corresponding to a pair of fence posts on a property. A finishing assembly is coupled to the structural member and includes at least one fastening device and at least one trimming device both operable to move vertically. The finishing assembly is operable to move horizontally while the at least one fastening device fastens fence boards to the pair of fence stringers and at least one trimming device trims the fence boards. A method of making a fence panel is provided.