Abstract: An outlet cover with barrier wall, the cover for an outlet box mounted in a building wall including an outer wall with an outer opening; a surrounding wall integrally joined to and extending substantially normal to the outer wall; an L-shaped barrier wall integrally joined to and extending substantially normal to the outer wall, the barrier wall forming an inner opening opposite the outer opening to meet the outlet box, a portion of the barrier wall extending toward the plane of the inner opening, the barrier wall further forming a cover conduit port; an attaching flange integrally joined to the surrounding wall for being placed against the building wall, the attaching flange being a continuous flange about the surrounding wall; a display enclosure forming an interior and an enclosure conduit port; and a conduit having a conduit passage in communication between the cover conduit port and the enclosure conduit port.

Abstract: An outlet cover with barrier wall, the cover for an outlet box mounted in a building wall including an outer wall with an outer opening; a surrounding wall integrally joined to and extending substantially normal to the outer wall; an L-shaped barrier wall integrally joined to and extending substantially normal to the outer wall, the barrier wall forming an inner opening opposite the outer opening to meet the outlet box, a portion of the barrier wall extending toward the plane of the inner opening, the barrier wall further forming a cover conduit port; an attaching flange integrally joined to the surrounding wall for being placed against the building wall, the attaching flange being a continuous flange about the surrounding wall; a display enclosure forming an interior and an enclosure conduit port; and a conduit having a conduit passage in communication between the cover conduit port and the enclosure conduit port.

Abstract: An outlet cover with barrier wall, the cover for an outlet box mounted in a building wall including an outer wall with an outer opening formed in the outer wall; a surrounding wall integrally joined to an outer periphery of the outer wall and extending substantially normal to the outer wall; a barrier wall integrally joined to an inner periphery of the outer wall at an edge of the outer opening and extending substantially normal to the outer wall, the barrier wall forming an inner opening opposite the outer opening to meet the outlet box; and an attaching flange integrally joined to an inner end of the surrounding wall for being placed against the building wall, the attaching flange being a continuous flange about an exterior periphery of the surrounding wall.

Abstract: An outlet cover with barrier wall, the cover for an outlet box mounted in a building wall including an outer wall with an outer opening formed in the outer wall; a surrounding wall integrally joined to an outer periphery of the outer wall and extending substantially normal to the outer wall; a barrier wall integrally joined to an inner periphery of the outer wall at an edge of the outer opening and extending substantially normal to the outer wall, the barrier wall forming an inner opening opposite the outer opening to meet the outlet box; and an attaching flange integrally joined to an inner end of the surrounding wall for being placed against the building wall, the attaching flange being a continuous flange about an exterior periphery of the surrounding wall.

Abstract: A trim ring for ornamentally embracing in complementary relation an outlet box cover attached to a sliding covered external building wall, and comprising a one-piece member having an outlet box cover-encircling and embracing wall, and spaced opposed flanges integral with the member wall defining a channel about the member wall for receiving and concealing siding edges located adjacent to the outlet box cover.

Abstract: A dual electrical socket safety cover construction comprises a pair of cover panel members, a hinge structure connecting the cover members, the hinge structure being arranged for attachment between a pair of electrical sockets to be covered, and each of the cover members having pressure release retaining engagement prong structure to be gripped by the usual electrical plug prong spring fingers, whereby it will require substantially adult digital manipulation to release the covers from their fully covering relation to the sockets.

Abstract: There is provided in combination with a building roof over an air space requiring forced ventilation of solar energy heated air from the space through a vent hole in the roof, an electrically operated exhaust fan mounted in air exhausting relation on the roof and over the vent hole, and a solar panel for supplying electrical power to a fan driving motor when exposed to solar rays. Air exhaust passage through the device includes a backwash turbulence preventing ring-shape plate extending between a supporting ring body which is of smaller diameter than an exhaust air directing hood on which the solar panel is mounted, and a ring channel member supporting the exhaust fan in a manner to draw the exhaust air through the ring channel into the hood.