A fence system for receiving fence infill therein, wherein fence posts are arranged at selected locations along the fence as a first post and a second post. Upper and lower rails are positioned between the first post and the second post, to receive and restrict lateral movement of fence infill positioned therebetween, and are selectively movable and securable within the posts to permit vertical and angular adjustment of the upper rail and lower rail along the length thereof.

A security fence structure including posts, rails, fence gratings, mounting brackets, fence clips and fasteners is easily assembled in the field. The rails are secured to the post by mounting brackets and fasteners, and the fence grating secured to the rails by means of the fence clips and fasteners. The fence gratings, in conjunction with the mounting brackets, fence clips and fasteners are resistant to climbing.

Disclosed is a fence system. The fence system, comprising: a first post; a second post, wherein each of the first post and the second post comprises a first set of ribs and a second set of ribs; a lower rail, wherein a first end of the lower rail is adapted to terminate at a face of the first set of ribs of the first post and a second end of the lower rail is adapted to terminate at a face of the first set of ribs of the second post; and an upper rail, wherein the lower rail and the upper rail are positioned to receive one or more infill boards, such that the one or more infill boards are adapted to terminate at a face of the second set of ribs of the first post and at a face of the second set of ribs of the second post.

A barrier is formed from a framework of posts and rails. Infill sections cover openings in the framework. Post brackets connect posts to rails. Each post bracket includes a collar and an attached holder. The collar is positioned over a post and lowered to a level where a rail is to be attached. The rail is secured within the holder. The holder and the collar are relatively rotatable. Adjacent rails in the barrier are interconnected end-to-end by adapters plugged into the hollow end of each rail. The adapters overlap, and are pinned together, permitting relative rotation between rails. Relative rotation of components permits barrier slope adjustment. Exposed vertical lateral edges of infill sections are covered by an elongate edge protection band having a central ridge and a pair of side recesses. An exposed edge portion of an infill section is received within the recess and clamped against the framework.

A system of fence components includes fence posts, fence rails having cavities formed in their ends, and fence rail inserts sized to be positioned within the fence rail cavities. The fence rail inserts and the fence rail cavities include corresponding mating features to allow the fence rail inserts to be positioned and locked within the fence rail cavities. The fence rail inserts also include fastener guides that allow a fastener to pass through to couple the fence rail inserts to the fence posts.

An improved method and apparatus for a fence system that is adjustable and rackable to accommodate uneven surfaces. The picket fence system can be adjusted into a selected position and releasably secured, or portions can be changed to modify the appearance of the fence. One embodiment of the invention provides rackable fencing in panel to allow for easily moving selected fences in racks.

A modular privacy fence, which includes an upper rail, comprises a plurality of fence picket dividers on opposed outer side surfaces of the upper rail. The modular privacy fence also includes a fastener attached to the end of the upper rail, wherein the fastener is arranged to secure the upper rail to a fence post, and a bottom rail with a trough configured to receive a bottom portion of fence pickets. In some embodiments, the upper rail is configured to receive fence pickets between adjacent dividers. In such arrangements, the first plurality of fence picket dividers on a first side of the upper rail is offset from the second plurality of fence picket dividers on the opposing side of the upper rail in a direction parallel to the upper rail.

For temporarily supporting a rail during installation between a pair of upright posts, a bracket features an inner face for placement against a lateral side of the first post, and an outer face lying opposite the inner face. An upright bracing flange projects inwardly from the inner face of the bracket at an upright edge thereof to embrace a corner of the first post in squared relation thereto. A seat extends perpendicularly away from the bracing flange to receive an underside of the rail and place an end of the rail closely adjacent the lateral side of the first post. An upright shoulder is situated above the seat in perpendicular relation thereto and parallel relation to the bracing flange to receiving a face of the rail. Seating and abutting the rail with the seat and the upright shoulder of the bracket thus squares the rail with the post.

The present invention comprises a brace adapted to secure one or more fence rails to a fence post. The present invention brace may optionally be installed onto an existing fence or on a new fence. The invention includes a fence post brace member adapted to connect to one or more sides of a fence post and a fence rail brace member adapted to connect to two or more sides of a fence rail. The fence post brace member may form a vertical picket fastener slot for use in affixing a picket to the fence post. The fence post brace system may be adapted to secure a fence rail to a fence post such as those having a fence rail positioned on one or more sides of the fence post and those defining a channel for receiving a fence rail.

A unique springable hand-free-self-locking self-centering bracket-clamp fence system comprises fence-post base systems, fence-post systems, springable hand-free-self-locking self-centering bracket-clamp systems, board-expansion-internal-gap rail systems, stackable interlocking fence-board systems, and fence-post-covering cap systems. The fence-post base systems are for supporting the fence-post systems, respectively. The fence-post systems are for supporting the board-expansion-internal-gap rail systems, respectively. The board-expansion-internal-gap rail systems are for supporting the stackable interlocking fence-board systems, respectively. The fence-post-covering cap systems are for preventing water penetration to the inside of the fence-post systems, respectively. The fence-post systems have multiple bracket-clamp-locking jaw slots and multiple bracket-clamp-centering grooves. The springable hand-free-self-locking self-centering bracket-clamp systems have springable hand-free-self-locking self-centering bracket-clamp jaws for locking the springable hand-free-self-locking self-centering bracket-clamp systems in the multiple bracket-clamp-locking jaw slots respectively, springable hand-free-self-locking self-centering bracket-clamp teeth for biting into the multiple bracket-clamp-locking jaw slots respectively, and springable hand-free-self-locking self-centering bracket-clamp groove, for centering the springable hand-free-self-locking self-centering bracket-clamp systems in the multiple bracket-clamp-centering grooves respectively, to center the stackable interlocking fence-board systems in the fence-post systems, respectively, and to offer unique privacy.