Abstract: A fenestration unit such as a window or door has a frame with an outer peripheral surface. An array of support brackets are secured to the outer peripheral surface and extend inwardly toward the interior of a building in which the fenestration unit is to be installed. The support brackets are formed with a bendable metal and are secured to the outer surface of the frame without forming holes in the frame through which water may leak. The support brackets may be secured by heat, sonic, or friction welding, or with solvents or adhesives, structural tapes, or other appropriate mechanisms. In one embodiment for use with frames having a vinyl surface, the support brackets may be vinyl coated steel to enable attachment of the support brackets with welding or vinyl adhesive techniques. A method of fabricating fenestration frames with support brackets includes obtaining support brackets and securing them to the fenestration frame without forming holes in the fenestration frame.

Abstract: A window trim system and method comprises a trim hoop sized to be slid over an outer face of a window frame to the exterior edge of the frame. A stop member formed around the exterior edge abuts and aligns the trim hoop. A friction member may or may not be installed around the inside of the trim hoop to help hold the trim hoop initially in place. Sealant is then applied around the junction of the trim hoop and window frame on the inside of the trim hoop to fix the trim hoop to the window frame and create a seal against air and water infiltration. The resulting window frame and trim assembly is particularly suited for use in an overfit replacement window installation, but may be used in virtually any window installation.

Abstract: A window trim system and method comprises a trim hoop sized to be slid over an outer face of a window frame to the exterior edge of the frame. A stop member formed around the exterior edge abuts and aligns the trim hoop. A friction member may or may not be installed around the inside of the trim hoop to help hold the trim hoop initially in place. Sealant is then applied around the junction of the trim hoop and window frame on the inside of the trim hoop to fix the trim hoop to the window frame and create a seal against air and water infiltration. The resulting window frame and trim assembly is particularly suited for use in an overfit replacement window installation, but may be used in virtually any window installation.

Abstract: A fenestration unit such as a window or door has a frame with an outer peripheral surface. An array of support brackets are secured to the outer peripheral surface and extend inwardly toward the interior of a building in which the fenestration unit is to be installed. The support brackets are formed with a bendable metal and are secured to the outer surface of the frame without forming holes in the frame through which water may leak. The support brackets may be secured by heat, sonic, or friction welding, or with solvents or adhesives, structural tapes, or other appropriate mechanisms. In one embodiment for use with frames having a vinyl surface, the support brackets may be vinyl coated steel to enable attachment of the support brackets with welding or vinyl adhesive techniques. A method of fabricating fenestration frames with support brackets includes obtaining support brackets and securing them to the fenestration frame without forming holes in the fenestration frame.

Abstract: A window operator for rotating drive members which extend out a window sash. The operator handle has at least two positions, one position being extended in an operable position and the other position being a folded, non-operable position.

Abstract: A simple, low cost latching mechanism is provided that can be assembled without the use of tools and that permits both the top and bottom covers of a radio chassis to be quickly and easily latched to or detached from the chassis. The mechanism includes a latch member having a pair of latch arms biased by an integral coil spring towards a latched position, and an open faced support member for the latch member that allows for easy assembly of the mechanism. Release tabs extend through an exterior chassis wall for selectively shifting the latch arms to a released position to free the covers. A locking cam is also provided to selectively lock the latch arms in the latched position.

Abstract: A mounting device for stacking of electrical components at an upright angle relative to the planar surface of an electrical circuit board is provided. The mounting device includes a base portion that is affixed to the surface of an electrical circuit board, and an upright portion snapably received by the base portion. The upright portion includes a front wall having a plurality of longitudinally spaced apart receptacles, and a stepped rear wall. Lead channels extend between the receptacles and the stepped rear wall. Electrical leads of components received within the front wall receptacles are led through the channels to the stepped rear wall. The lead portions extending beyond the rear wall may be bent along the stepped portions into generally parallel relationship with the front, with the stepped portions maintaining the leads in spaced apart relationship.