Abstract: A fence system and method of manufacturing a fence includes a fence post and a rail inserted into and supported by the fence post. The rail is inserted into an aperture located in a sidewall of the post, the aperture having a shape that is substantially the same as the cross-sectional shape of the rail. Gaps between the opening in the post and the rail, once the rail is inserted into the post, are minimized so as to prevent insects from gaining access to the inside of the post.

Abstract: A fence system including a fence post and a rail inserted into and supported by the fence post. The rail being an elongated member having a channel or U-shaped cross section defined by a web member and parallel leg members attached to the web member. The rail is inserted into an aperture located in a sidewall of the post. The aperture having a shape or configuration that is substantially the same as the cross-sectional shape of the rail. Accordingly, any gaps between the opening or aperture in the post and the rail, once the rail is inserted into the post, are minimized.

Abstract: A fence system including a fence post and a rail inserted into and supported by the fence post. The rail being an elongated member having a channel or U-shaped cross section defined by a web member and parallel leg members attached to the web member. The rail is inserted into an aperture located in a sidewall of the post. The aperture having a shape or configuration that is substantially the same as the cross-sectional shape of the rail. Accordingly, any gaps between the opening or aperture in the post and the rail, once the rail is inserted into the post, are minimized.

Abstract: A fence system including a fence post and a rail inserted into and supported by the fence post. The rail being an elongated member having a channel or U-shaped cross section defined by a web member and parallel leg members attached to the web member. The rail is inserted into an aperture located in a sidewall of the post. The aperture having a shape or configuration that is substantially the same as the cross-sectional shape of the rail. Accordingly, any gaps between the opening or aperture in the post and the rail, once the rail is inserted into the post, are minimized.

Abstract: A fence system including a fence post and a rail inserted into and supported by the fence post. The rail being an elongated member having a channel or U-shaped cross section defined by a web member and parallel leg members attached to the web member. The rail is inserted into an aperture located in a sidewall of the post. The aperture having a shape or configuration that is substantially the same as the cross-sectional shape of the rail. Accordingly, any gaps between the opening or aperture in the post and the rail, once the rail is inserted into the post, are minimized.

Abstract: A fence system including a fence post and a rail inserted into and supported by the fence post. The rail being an elongated member having a channel or U-shaped cross section defined by a web member and parallel leg members attached to the web member. The rail is inserted into an aperture located in a sidewall of the post. The aperture having a shape or configuration that is substantially the same as the cross-sectional shape of the rail. Accordingly, any gaps between the opening or aperture in the post and the rail, once the rail is inserted into the post, are minimized.

Abstract: General purpose parallel computer, latency reduction MIMD, with multiple processors, and multiple memory address spaces, wherein processors (SPU) are redundantly replicated on each memory (M) bus (C-BUS) and, formed/connected as either master-active or slave-active of the bus and to interface a suitable communication structure (A-S) for transferring among themselves the process context and the bus control, in such a way to execute in turn a unique migrant sequential process per bus (C-BUS), and wherein each processor is also directly and tightly coupled with devoted private buses (P-P) to one corresponding processor of another one bus (C-BUS) in a way to form, between distinct buses (C-BUS), biprocessor pairs (DPU) capable of allowing communication and synchronization of the parallel migrant processes.