Abstract: One embodiment of the invention relates to an apparatus for a window frame. The apparatus includes a window frame having a lower frame portion; a window glazing supported by the lower frame portion; a glazing bead; and at least two connectors operatively connecting the glazing bead to the lower frame. The connectors are spaced apart defining a fluid pathway allowing fluid to escape from the lower frame.

Abstract: One embodiment of the invention relates to an apparatus for a window frame. The apparatus includes a window frame having a lower frame portion; a window glazing supported by the lower frame portion; a glazing bead; and at least two connectors operatively connecting the glazing bead to the lower frame. The connectors are spaced apart defining a fluid pathway allowing fluid to escape from the lower frame.

Abstract: A ventilating component for a building, particularly a ventilating soffit, provides a high ratio of ventilation flow area to component coverage area. A sheet in a plane of coverage has a spaced-channel configuration, or alternatively a terraced configuration. Ventilation openings are placed in the connecting webs between the upper and lower levels, especially in sidewalls of elongated channels that open as slots on the exposed side of the soffit. These connecting webs are oriented at an acute angle relative to the coverage plane. In a channel arrangement the webs can be shaped to block direct view of the side walls. The acute angle precludes, or at least foreshortens, a view of the webs that contain the ventilation openings. The ventilation aspects are concealed while permitting a high ratio of flow area to coverage area.

Abstract: A method of forming a reinforced composite structure comprises providing a plurality of fiberglass rovings to a resin applicator. The plastic applicator has an inlet, an outlet, and a plastic applicator cavity such that the rovings enter the plastic applicator through the inlet and exit through the outlet. The inlet and outlet are relatively positioned to spread out the rovings. Resin-containing rovings are directed between a first fiberglass matt and a second fiberglass matt and then cured. A joint that connects two frame members formed by the method of the invention is provided.

Abstract: A method of forming a reinforced composite structure comprises providing a plurality of fiberglass rovings to a resin applicator. The plastic applicator has an inlet, an outlet, and a plastic applicator cavity such that the rovings enter the plastic applicator through the inlet and exit through the outlet. The inlet and outlet are relatively positioned to spread out the rovings. Resin-containing rovings are directed between a first fiberglass matt and a second fiberglass matt and then cured. A joint that connects two frame members formed by the method of the invention is provided.

Abstract: A ventilating component for a building, particularly a ventilating soffit, provides a high ratio of ventilation flow area to component coverage area. A sheet in a plane of coverage has a spaced-channel configuration, or alternatively a terraced configuration. Ventilation openings are placed in the connecting webs between the upper and lower levels, especially in sidewalls of elongated channels that open as slots on the exposed side of the soffit. These connecting webs are oriented at an acute angle relative to the coverage plane. In a channel arrangement the webs can be shaped to block direct view of the side walls. The acute angle precludes, or at least foreshortens, a view of the webs that contain the ventilation openings. The ventilation aspects are concealed while permitting a high ratio of flow area to coverage area.

Abstract: A ventilating component for a building, particularly a ventilating soffit, provides a high ratio of ventilation flow area to component coverage area. A sheet in a plane of coverage has a spaced-channel configuration, or alternatively a terraced configuration. Ventilation openings are placed in the connecting webs between the upper and lower levels, especially in sidewalls of elongated channels that open as slots on the exposed side of the soffit. These connecting webs are oriented at an acute angle relative to the coverage plane. In a channel arrangement the webs can be shaped to block direct view of the side walls. The acute angle precludes, or at least foreshortens, a view of the webs that contain the ventilation openings. The ventilation aspects are concealed while permitting a high ratio of flow area to coverage area.

Abstract: A wire distribution system comprises a support structure having a first wall terminating in a first flange and a second wall terminating in a second flange. The second flange may be spaced apart from the first flange and provide a web section formed therebetween. The web section has an outer surface and an inner surface, wherein the outer surface defines an abutment to a mating structure, such as a wall, door, or window. The inner surface further defines a part of an inner cavity, and further includes a conduit channel formed therein. The conduit channel has an at least one wall section extending into the inner cavity and further includes an open leg facing the mating structure. An aperture is formed in the support structure first side and is oriented substantially adjacent to the conduit channel. A receptacle extends into the aperture and defines an interior space.

Abstract: A cladding product which includes a panel having at least one panel section and at least one longitudinal recess. The longitudinal recess includes a first channel portion adjacent to the panel section and a second channel portion adjacent to the first channel portion. The second channel portion includes at least one edge portion that extends wider than the first channel portion at a distal end of the first channel portion. The second channel portion includes a plurality of ventilation openings formed on the at least one edge portion.

Abstract: A cladding product which includes a panel having at least one panel section and at least one longitudinal recess. The longitudinal recess includes a first channel portion adjacent to the panel section and a second channel portion adjacent to the first channel portion. The second channel portion includes at least one edge portion that extends wider than the first channel portion at a distal end of the first channel portion. The second channel portion includes a plurality of ventilation openings formed on the at least one edge portion.