Abstract: A sliding door assembly includes a frame that supports and interfaces directly to a fixed door panel and a moving door panel. The frame includes opposed side jamb portions, a sill portion, and head jamb portion opposite the sill portion. The door assembly includes an electric motor, a wireless motor controller, and a drive belt that is operably coupled to the moving door panel. The drive belt is driven by the electric motor under control of the wireless motor controller. The head jamb portion includes at least one internal channel that accommodates the drive belt. One of the side jamb portions has a first internal compartment that houses the electric motor and the wireless motor controller.

Abstract: A railing system that employs adjoining panels supported by a substrate includes an anchor post which is connected to first and second base shoe sections that support adjoining panels. The post includes first and second portions pivotally connected to one another about a pivot axis. The first and second portions have top ends opposite respective bottom ends, which are fixable to the substrate. The top end of the first portion is connected to the first base shoe section, and the top end of the second portion of the anchor is connected to the second base shoe section. The first and second portions are configured to pivot relative to one another about the pivot axis to set an angle between the first and second base shoe sections connected thereto so that those sections and the panels extend relative to one another in parallel or non-parallel directions based on the set angle.

Abstract: A sliding door assembly includes a frame that supports and interfaces directly to a fixed door panel and a moving door panel. The frame includes opposed side jamb portions, a sill portion, and head jamb portion opposite the sill portion. The door assembly includes an electric motor, a wireless motor controller, and a drive belt that is operably coupled to the moving door panel. The drive belt is driven by the electric motor under control of the wireless motor controller. The head jamb portion includes at least one internal channel that accommodates the drive belt. One of the side jamb portions has a first internal compartment that houses the electric motor and the wireless motor controller.