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 screen panel intended to be mounted on or fixed to a surface, in particular to ensure a screen effect, includes a sheet, preferably rectangular, that is held by its edges in a rigid frame, preferably metallic, that includes joined-together profiled elements. The frame includes two uprights that are able to be placed on or fixed to a surface, having at least one groove on the inside, the uprights being joined to cross members by assembly parts in the form of an angle bracket that is inserted in each case into a groove in a corresponding upright by way of one bearing surface and into a groove in a corresponding cross member by its other, preferably orthogonal bearing surface.

The present technology relates to fence assemblies which are adaptable to various uses and can be used to build various fence configurations. According to certain embodiments, the fence assemblies of the present technology comprise a mount post having a first channel defined at least in part by side walls in the mount post body and a support stud configured to be inserted in the first channel and connected therein, the support stud having a support surface to support a rail and/or a panel extending transversely from the mount post.

A latticework assembly is provided. The latticework assembly includes a plurality of base laths and plurality of cross laths. Each base lath of the plurality of base laths is spaced apart from each other. The plurality of cross laths extend transverse on the plurality of base laths. Each cross lath of the plurality of cross laths includes a floor that separates opposing sidewalls extending therefrom. Each cross lath of the plurality of cross laths includes a cover. The cover includes opposing sidewalls depending from an underside of the cover; each of the opposing sidewalls of the each cross lath of the plurality of cross laths includes; wherein each of the opposing sidewalls of the cover include an outwardly directed hook. An inwardly directed hook that is engageable with the cover; and the outwardly directed hooks from the cover engage the inwardly directed hooks of the cross lath.

A post coupler expands laterally. The post coupler includes a first member that is hollow and has a first slanted face. A second member is also hollow and has a second slanted face that is abutted with the first slanted face. A rod extends through the first and second members; the rod has a head that is disposed at a head end and threads disposed at a thread end. A nut is engaged with the threads, and rotating the nut causes the first member to extend in a first lateral direction and causes the second cylindrical member to extend in a second lateral direction opposite the first radial direction.

A system includes a post configured at an initial position. The system also includes a plurality of ribs within an inner channel of the post. A front set of ribs are positioned at a front portion of the inner channel. A back set of ribs are positioned at a back portion of the inner channel. The back set of ribs are configured to receive a different set of boards than the front set of ribs. In the system, the set of boards are positioned within the back set of ribs within the inner channel of the post.

A glass fencing system includes glass panels, rails, gaskets, and spigots. The rails extend across the upper edges of the glass panels. The gaskets are fitted within the rails. The spigots support one of the glass panels and comprise a base, a first arm, a first pad, a second arm, and a second pad. The first pad has a first pad surface and a lower surface. The first pad surface is in contact with the first arm and the glass panel. The lower surface extends from the first pad surface and is in contact with the glass panels. The second arm has bores. The second pad has a second pad surface, a backing, a plate, and fasteners. The second pad surface is in contact with the glass panel. The backing is spaced apart from the second pad surface and has backing openings aligned with the bores. The plate is located between the second pad surface and the backing. The fasteners pass through the bores and the backing openings to contact the plate.

A post coupler expands laterally. The post coupler includes a first member that is hollow and has a first slanted face. A second member is also hollow and has a second slanted face that is abutted with the first slanted face. A rod extends through the first and second members; the rod has a head that is disposed at a head end and threads disposed at a thread end. A nut is engaged with the threads, and rotating the nut causes the first member to extend in a first lateral direction and causes the second cylindrical member to extend in a second lateral direction opposite the first lateral direction.

A post is provided which includes apertures on alternate sides of the post which, in use, receive and retain at least one cable therein, the same number of apertures are on each side of the post wherein each aperture: has a side opening in the form of a mouth, wherein the mouth is at a distal region thereof configured to have a top surface with an angle greater than the angle at a proximate region of the mouth so as to reduce the travel path of, and/or; any frictional contact with; the cable, during ejection from aperture following a collision.

A decorative fence includes a fence body and at least two posts wherein the fence body includes multiple translucent boards orderly arranged, and every two translucent boards adjacent to each other are connected by a connection part; the translucent board has a hollow interior, and a light-emitting device is disposed in the hollow interior of the translucent board; the at least two posts are disposed on outer sides of the fence body, and are connected with the fence body; a power source is installed on the post, and the light-emitting device is electrically connected to the power source. As the existing fence lighting decoration is basically to hang or wrap around lighting chains over a fence and needs to provide power through power cords from a house, the present invention is convenient in deploying and prevents potential safety hazards for children touching the power cords inadvertently.