Abstract: Chemical flashings for track assemblies and mount assemblies employed in solar power installations are disclosed. In some embodiments, a track assembly having a base, a pair of rails, a sealant receiving cavity and a round groove extending into the base from the bottom of the base, and a compressible round seal disposed within the base extending past the bottom is disclosed. In some embodiments, a mount assembly having a vertical structure, a sealant receiving cavity and a round groove extending into the base from the bottom of the base, a compressible round seal disposed within the base extending past the bottom, and an excess sealant cavity is disclosed.

Abstract: A gasket assembly for attaching a window to a panel opening includes an inner frame, an outer frame, and an elastic material connecting the inner frame to the outer frame. The elastic material extends contiguously and circumferentially to couple the outer frame to the inner frame. The outer frame and inner frame can include gap flanges and the elastic material can include opposing lateral side portions. The gap flanges are embedded in the lateral side portions of the elastic material. The outer frame includes connecting structure for coupling of the outer frame to the panel opening. The inner frame includes a connecting structure for coupling of the gasket assembly to the window. The gasket assembly is configured to support the window in the panel opening and form a seal between the panel opening and the window. A method of making a gasket assembly is also disclosed.

Abstract: Embodiments herein include extruded articles, building components and methods of making the same. In an embodiment, an extruded article is included. The extruded article can include a body member including a first portion comprising a first composition, the first composition comprising a polymer resin. The extruded body member can also include a second portion comprising a second composition different than the first composition. The second composition can include a polymer resin, fibers, and at least one component selected from the group consisting of at least 1% by weight particles and at least 5 phr impact modifier. Other embodiments are also included herein.

Abstract: A removable panel is provided. The removable panel including a fixed section including a metal fixed section frame, an opening section including a metal opening section frame able to be reversibly nested in the fixed section, at least one magnet that makes it possible to maintain the opening section nested in the fixed section, at least one sling fastened to the fixed section at a first end and reversibly fastened to the opening section at a second end. The removable panel includes at least one safety device able to ensure the fastening of the at least one sling to the opening section. A suspended ceiling that integrates a removable panel is also provided.

Abstract: A corner flashing system is provided for sealing the corners of recessed window frames against moisture penetration. In a preferred embodiment, the system comprises first and second double-flap members, a half-cube member, and caulking. The first and second double-flap members, and the half-cube member are preferably made of asphalt or petroleum based material. In another preferred embodiment, the system comprises one double-flap member, a modified half-cube member, and caulking. In another preferred embodiment, the system comprises a single member that combines a double-flap member and a half-cube member, and caulking. In another preferred embodiment, the system comprises a combination member, a double-flap member, and caulking.

Abstract: The insulation system includes opening wall, substrate wall, thermal closure, insulation and exterior trim. A window structure can be coupled to cover opening, while other structures are contemplated. Depending on the configuration, tape strips and/or seals such as caulk seals may be employed as needed to seal the structure.

Abstract: A corner flashing system is provided for sealing the corners of recessed window frames against moisture penetration. In a preferred embodiment, the system comprises first and second double-flap members, a half-cube member, and caulking. The first and second double-flap members, and the half-cube member are preferably made of asphalt or petroleum based material. In another preferred embodiment, the system comprises one double-flap member, a modified half-cube member, and caulking. In another preferred embodiment, the system comprises a single member that combines a double-flap member and a half-cube member, and caulking. In another preferred embodiment, the system comprises a combination member, a double-flap member, and caulking.

Abstract: A leaf, of a sliding window or sliding door, has a top profile that is provided with at least one hardware component and which has a side profile perpendicular to the top profile, whereby the top of the top profile has a groove with undercut flanks extending in the longitudinal direction of the top profile, whereby the hardware component or hardware components is or are fastened to a first part of a connecting piece, whereby the first part has a shape that is at least partly complementary to the groove, the first part being held in the groove and locked in the longitudinal direction of the groove.

Abstract: In an exemplary embodiment, a window sill comprises a structural base having a first side and a second side, a fenestration cap attached to the structural base, a window frame mounted on the fenestration cap and finish elements applied to the structural base and adjacent to the fenestration cap. The window frame may be removed from the fenestration cap without disturbing the finish elements. Alternatively, a method of installing a window in a window opening comprises providing a window opening and preparing the window opening for receiving a fenestration cap, installing a fenestration cap by placement within and attachment to the window opening in a primary step, and installing a window within the window opening by placement within and attachment to the fenestration cap in a secondary step.

Abstract: A corner flashing system is provided for sealing the corners of recessed window frames against moisture penetration. In a preferred embodiment, the system comprises first and second double-flap members, a half-cube member, and caulking. The first and second double-flap members, and the half-cube member are preferably made of asphalt or petroleum based material. In another preferred embodiment, the system comprises one double-flap member, a modified half-cube member, and caulking. In another preferred embodiment, the system comprises a single member that combines a double-flap member and a half-cube member, and caulking. In another preferred embodiment, the system comprises a combination member, a double-flap member, and caulking.

Abstract: The present invention is directed to a unitary bathroom which includes an upper back panel, a lower back panel, a base, and side panels all of which are formed by aluminum honeycomb composite boards or paper honeycomb composite boards. The invention also relate to connection among above the upper back panel, lower back panel, base, side panels and ceiling. The unitary bathroom constructed according to the invention is reliable, and structurally stable. The bathroom will not be loosened after long term use. In addition, the unitary bathroom made of aluminum honeycomb composite board is lightweight, strong, and has good stiffness. The coating material may be freely selected from ceramic, artificial stone, natural stone, aluminum alloy, stainless steel, zinc coated steel plate, fire proof plate, SMC and plastic. Moreover, it has strong shock proof ability and high fire proof ability. No deformation and aging will occur after long term use.

Abstract: A window unit is provided, comprising: a frame body having an upper edge, a bottom edge and two side edges defining the perimeter of the frame; a pair of side mounting flanges, each comprising a substantially vertical plate and each secured along a respective side edge of the frame; an upper mounting flange comprising a substantially vertical plate and a ledge extending outwardly from a lower edge of the vertical plate; whereby the upper mounting flange is secured along the upper edge of the frame by means of the ledge such that the vertical plate of the upper mounting flange is in a first vertical plane behind a second vertical plane of the vertical plates of the side mounting flanges.

Abstract: A method and device are presented that creates a channel adjacent a nailing flange of a window in between the window and the rough opening that receives the window. The channel is created by establishing a barrier that prevents foam insulation inserted into the space between the window and the rough opening from reaching the nailing flange. The channel then ensures proper drainage of water that enters the window cavity down to the window sill. A gasket is presented that can be attached to the window or the rough opening to create the barrier. Alternatively, a disintegrating object or a wicking object can be used to impede the flow of insulation foam and to create the appropriate channel. The present invention is equally applicable to doors or other framed objects received into the exterior shell of a building.

Abstract: An adaptable 3-piece, light-weight, adaptable window system, which can be installed by do-it-yourselfers in multiple unit arrays in various geometric patterns, includes a first polymeric molded window element with an outwardly extending mounting flange having a geometric profile that permits adjacent window units of the array of window units to interdigitate, aligning the adjacent window units and allowing the outwardly extending flange of each said adjacent window unit to be secured to a common intervening stud. The second and third window elements include exterior and interior trim portions.

Abstract: A door lite frame comprises a first frame component comprising first screw bosses and first grip sockets, and a second frame component comprising second screw bosses and second grip sockets. The first and second frame components are constructed to permit arrangement of the first and second frame components in an assembled state and a nested state with respect to one another. In the assembled state, the first screw bosses are correspondingly aligned with the second screw bosses, and the first and second frame components are secured to each other. In the nested state, at least one of the first screw bosses of the first frame component is mated with at least one of the second grip sockets of the second frame component.

Abstract: A plastic window frame trim is for installation of a window in a corrugated metal building wall having a cut opening with a top edge, bottom edge, and side edges, each of the edges being backed by framing members. The window frame trim includes: a frame header J-channel with a flange; a frame footer J-channel with a flange; a pair of nailing fins; and fasteners. The trim header J-channel, footer J-channel, and nailing fins are attached to the window frame. The window frame is lifted so frame header J-channel flange slides between the top edge of the metal building wall and a framing member at the top of the cut opening. The window is lowered so footer J-channel flange slides between the bottom edge of the metal building wall and a framing member at the bottom of the cut opening so that window frame rest on the window sill. Fasteners attach the window frame to the framing members through the metal building wall. Trim caps snap over the nailing fins to finish the trimmed window.

Abstract: A plastic window frame trim is for installation of a window in a corrugated metal building wall having a cut opening with a top edge, bottom edge, and side edges, each of the edges being backed by framing members, the window having an accessory groove. The window frame trim includes: a frame header J-channel with a flange; a frame footer J-channel with a flange; a pair of nailing fins; and fasteners. The trim header J-channel, footer J-channel, and nailing fins are attached to the window at the accessory groove on the window frame. The window frame is lifted so frame header J-channel flange slides between the top edge of the metal building wall and a framing member at the top of the cut opening. The window is lowered so footer J-channel flange slides between the bottom edge of the metal building wall and a framing member at the bottom of the cut opening so that window frame rest on the window sill. Fasteners attach the window frame to the framing members through the metal building wall.

Abstract: A method and device are presented that creates a channel adjacent a nailing flange of a window in between the window and the rough opening that receives the window. The channel is created by establishing a barrier that prevents foam insulation inserted into the space between the window and the rough opening from reaching the nailing flange. The channel then ensures proper drainage of water that enters the window cavity down to the window sill. A gasket is presented that can be attached to the window or the rough opening to create the barrier. Alternatively, a disintegrating object or a wicking object can be used to impede the flow of insulation foam and to create the appropriate channel. The present invention is equally applicable to doors or other framed objects received into the exterior shell of a building.

Abstract: The pane module is composed by a border element (2) molded around the pane element (1) encasing it on the edge and interior faces. The frame may be of a rectangular configuration, but it is to be understood that more complex configurations may be necessary for achieving a water proof connection to the structure in which the window is mounted or to a surrounding window frame. A fitting (42) is embedded in the border element (2) during its manufacture and is subsequently or simultaneously connected to the frame (3). When using a wooden or extruded frame the fitting may be driven into the finished frame member and when using a molded frame the fitting may be embedded therein during molding.

Abstract: A door lite frame comprises a first frame component comprising first screw bosses and first grip sockets, and a second frame component comprising second screw bosses and second grip sockets. The first and second frame components are constructed to permit arrangement of the first and second frame components in an assembled state and a nested state with respect to one another. In the assembled state, the first screw bosses are correspondingly aligned with the second screw bosses, and the first and second frame components are secured to each other. In the nested state, at least one of the first screw bosses of the first frame component is mated with at least one of the second grip sockets of the second frame component.

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 method and device are presented that creates a channel adjacent a nailing flange of a window in between the window and the rough opening that receives the window. The channel is created by establishing a barrier that prevents foam insulation inserted into the space between the window and the rough opening from reaching the nailing flange. The channel then ensures proper drainage of water that enters the window cavity down to the window sill. A gasket is presented that can be attached to the window or the rough opening to create the barrier. Alternatively, a disintegrating object or a wicking object can be used to impede the flow of insulation foam and to create the appropriate channel. The present invention is equally applicable to doors or other framed objects received into the exterior shell of a building.

Abstract: A method and device are presented that creates a channel adjacent a nailing flange of a window in between the window and the rough opening that receives the window. The channel is created by establishing a barrier that prevents foam insulation inserted into the space between the window and the rough opening from reaching the nailing flange. The channel then ensures proper drainage of water that enters the window cavity down to the window sill. A gasket is presented that can be attached to the window or the rough opening to create the barrier. Alternatively, a disintegrating object or a wicking object can be used to impede the flow of insulation foam and to create the appropriate channel. The present invention is equally applicable to doors or other framed objects received into the exterior shell of a building.

Abstract: A window frame is manufactured as an integral unit comprising a frame body, at least one nailing flange secured to the frame perimeter, and a strip of tape secured to the nailing flanges with the outer portion of the tape extending beyond the outer edge of the flange. In another embodiment, individual nailing flanges are manufactured and delivered on site, including a strip of tape secured to the nailing flange with an outer portion of the tape extending beyond the outer edge of the flange. The installer first secures such pre-taped flanges to the window frame body, before nailing the resulting window frame unit to the wall. With both embodiments, the window frame unit is first fit into the window penetration in the wall, with the nailing flanges and tape overlapping the wall. Each flange is nailed to the wall by folding back the outer, unattached portion of the tape, thereby exposing the nail holes on the flange, and driving nails there though into the wall.

Abstract: A polymer casting formulation for producing molded polymeric structural members comprises a liquid mixture that contains a polyisocyanate component comprising at least two polyisocyanates; and an isocyanate-reactive component comprising at least two isocyanate-reactive compounds, which formulation cures to form a polyurethane. Methods of using the casting formulation to produce molded polymer structural members and the structural members that are produced by such a method are also described.

Abstract: A compression mounted window assembly is disclosed that includes a circular window having opposed front and rear planar surfaces and an outer periphery having forward and rearward chamfered edge surfaces, a compressible gasket circumscribing the outer periphery of the window, a housing with a portal having an annular seat for accommodating the window circumscribed by the gasket, wherein the annular seat has a first chamfered abutment surface corresponding to the forward chamfered edge surface of the window, an annular bezel operatively associated with the housing for compressively retaining the window assembly within the annular seat of the portal, and structure for securing the bezel to the housing, wherein the bezel has a second chamfered abutment surface corresponding to the rearward chamfered edge surface of the window.

Abstract: A fenestration construction member includes a monolithic frame having a front surface, a rear surface, and peripheral wall extending between the front and rear surfaces. The peripheral wall having an inward facing surface and an outward facing surface. The inward facing surface of the peripheral wall defining a through opening into which is positionable a window assembly in sealing contact with the inward facing surface. The monolithic frame further having a sill pan flange extending continuously around the interior facing surface in a direction inwardly therefrom. The monolithic frame further having a fastening flange extending in a direction outwardly from the outward facing surface. The monolithic frame being positionable in a wall frame having a rough opening defined by a sill, a header and a pair vertical jambs extending therebetween with the peripheral wall extending into the rough opening and with the fastening flange abutting an exterior surface of the wall frame.

Abstract: The present invention provides an improved interlocking rail and sash slot system that optimizes resistance to sash movement and corresponding air leakage during negative pressure loads, improves energy efficiency and aesthetics of the window design, and provides for wood grain option applications. The improved system may include a window sill and a rail extending from the sill. The rail may include a body portion and a head portion. The head portion may be wider than the body portion in an embodiment. The system may further include a window sash defining a slot. The slot may be configured to receive the head portion. The shape of the head portion of the rail may promote engagement of the head portion with the slot in order to lock the window sill and window sash together when the window is in a closed position.

Abstract: A window frame surrounds a window box in a wall having horizontally extending siding elements that are connected along overlapping horizontal seams and unconnected edges that are juxtaposed with the window box. The window box has top, bottom, and opposed side elements connected together to define a rectangle, wherein the top element has a transverse outer edge. The window frame has top, bottom, and opposed side frame elements connected together to define a rectangular frame, each element having front and back faces and inner and outer edges whereby the back faces of the window frame elements cover the unconnected edges of the siding and the inner edges of the frame elements closely surround the elements of the window box. A rigid strip is attached to the inner edge of the top element of the window frame and projects over and is vertically supported by the outer edge of the top element of the window box.

Abstract: A seamless surround for a rectangular skylight assembly is provided. Each side of the rectangular surround is characterized as having an obtuse-angled profile having an angle of between greater than 90 degrees and about 100 degrees, the profile including a vertically extending surface and a downwardly sloping surface. The vertically extending surfaces abut curb members attached to the skylight assembly and include apertures therethrough for receipt of a joining element. The downwardly sloping surfaces abut a building rooftop and further include apertures therethrough for receipt of a joining element. The roof-abutting side of the downwardly sloping surfaces includes a barrier material attached thereto. The barrier material may be any suitable air and water barrier, such as a polyurethane foam or a thermoplastic elastomer. A method of installing a skylight having the seamless surround is also provided.

Abstract: A self-sealing window with a flexible gasket that extends around the entire perimeter of closure assemblies and a method of installing such closure assemblies in a rough opening. A sealing member is attached continuously around an entire perimeter of the closure assembly to form a water impermeable seal between the sealing member and the closure assembly. The closure assembly is inserted into the rough opening. Accurate positioning of the closure assembly in the rough opening is verified. The closure assembly is secured in the rough opening. The sealing member is engaged with an exterior surface of the structure proximate the rough opening. A foam material is delivered into at least a portion of a space between perimeter edge surfaces of the closure assembly and inner surfaces of the rough opening.

Abstract: A clip is provided for affixing a construction unit to a building structure. The clip comprises: a generally planar middle portion, an exterior portion located on an exterior side of the middle portion and an interior portion located on an interior side of the middle portion; the exterior portion comprising a groove at an exterior end of the clip for receiving a construction unit flange, the groove having a generally U-shaped cross-section, the groove defined at least in part by a pair of generally parallel groove portions and a base portion connecting the groove portions at a base of the groove, the base of the groove spaced apart from an opening of the groove; the middle portion extending from an interior side of groove toward the interior portion; and the interior portion at an interior end of the clip, the interior portion extending from the middle portion at an obtuse angle to define a fulcrum at a junction between the middle portion and the interior portion.

Abstract: A profile for a light wall includes at least one first, essentially closed hollow chamber, into which a connector can be inserted on at least one end side of the profile, and at least one second hollow chamber having a system groove running essentially parallel to the longitudinal axis on a lateral outer face, into which a holder for a wall element, which can be arranged essentially parallel to the lateral outer face, can be inserted. The profile includes at least one third hollow chamber with at least one cable groove, which runs essentially parallel to the longitudinal axis and emerges from a cover face and/or a bottom face. The profile and profile system may be used, for example, for trade fairs and exhibitions.

Abstract: The invention relates to a fastening means for preferably fastening a glass pane (12) in a frame structure made of wood or plastic material.

Abstract: The invention relates to a window (11, 11a), which can be opened in an outward manner, comprising a casement (13) and stepped glazing (15) which is received in the casement (13). The stepped glazing (15) comprises at least two window panes (19, 23) which are arranged at a distance from each other, said window panes being an inner pane and an outer pane. The casement (13) is essentially formed by an L-shaped casement profile (25) having a first and a second extremity (27, 29). The inner window pane (19) is arranged on the side of the first extremity (27) of the casement profile (25) which is oriented towards the glazing and is rigidly connected thereto by means of a first adhesive connection (33). The outer window pane (23) of the stepped glazing is rigidly connected to the front side (31) of the casement profile (25) which is oriented in an outward manner by means of a second adhesive connection (35).

Abstract: A structural frame typically comprised of steel metallic material that is utilized in retrofitting a small basement window in an older residence with an egress window is described that comprises pieces of linear L-channel that has been formed into a rectangular frame. The thickness of the channel is relatively thin permitting an installer to retrofit the smaller window with a larger one that is only marginally less wide without having to cut an opening within the foundation wall that is wider than the original window's steel buck. Excepting the bottom side of the original window's buck, it can be left in place during retrofit. Accordingly, a substantial portion of the foundation wall's load carrying capacity around the window opening is maintained during retrofit eliminating the need for additional reinforcement.

Abstract: A system for mounting a prefabricated construction unit in an aperture in a building structure comprises a plurality of clips. The clips have exterior ends adapted to be affixed to a frame of the construction unit and interior ends adapted to be affixed to the building structure. The exterior ends may be bent to provide deep grooves which receive a flange of the construction unit. The clips permit a construction unit to be installed without the need for a worker to insert fasteners through the flange from outside the building structure.

Abstract: A structural panel includes a frame having one or more attachment members. A material injection-molded onto at least a portion of the frame fills one or more openings at least partly defined by the frame and defines at least a portion of a shape of the panel. The attachment member(s) are at least partially embedded in the injection-molded material for attaching the panel relative to the structure. Because attachment members can be embedded in this panel, little if any post-processing is needed to install the panel.

Abstract: The window (1) comprises a frame (2) having a top member (3), a bottom member (4) and two side members (6), and a sash (7) having a top member (8), a bottom member (9) and two side members (10, 11). A screening arrangement (12) is provided in order to cover the ventilating aperture at least partly in the ventilating position. To achieve a discreet screening arrangement having minimum influence on the functioning of the window, the screening arrangement (12) includes at least one screening element (13, 23, 33), which, in a closed position of the window (1), is arranged in a storage position at the interface between frame (2) and sash (7), and in the ventilating position extends between the frame bottom member (4) and the sash bottom member (9), and/or between the frame top member (3) and the sash top member (8).

Abstract: A window film anchoring having at least one film retaining limb, one frame retaining limb and central area, with the central area disposed between the at least one film retaining limb and the at least one frame retaining limb. In some embodiments, the device may have at least one anchor limb confluent with the central area working surface with at least one anchor ridge releasably engagable with at least one portion of a window frame. Windows barbs and anchor barbs may help attachment the device in use. In some embodiments, the body has a uniform material composition throughout, and may be attachable with double-sided tape, particularly with a heat activated double-sided tape. In another embodiment, the window film anchoring device may have a body with at least one film retaining limb at least one frame retaining limb and at least one central area having at least one bend promoting area.

Abstract: A glazing method and system for upgrading an existing single glazed window installation includes providing an insulating glass unit comprising a first glazing lite and a second glazing lite. Providing a spacer located between the existing lite and the insulating glass unit. The spacer is formed from a material which is capable of forming a seal between the insulating glass unit and the existing lite and forms a cavity between the insulating glass unit assembly and the existing glazing installation. Providing a supplemental holder for holding the insulating glass unit in place against the existing glazing installation.

Abstract: A weatherproofing backer for installing windows and doors is described as having a foam layer and an adhesive layer. The adhesive is pressure-activated and is self-sealing about attaching hardware. The foam is self-setting and, in use, molds to the flange of the window unit. When installed, the foam layer is compressed between the inner window frame and rough opening and between the window flange and the wall surface adjacent the rough opening. The weatherproofing backer is designed to extend beyond the flange of the window unit and thereby receive the weatherproofing membrane thereover. The weatherproofing backer, then acts as a sealed bridge between the membrane and the window unit precluding entry of air and water. Both the foam and the adhesive have fire retardants in the formulation thereof. A tape form with a self-skinned foam layer and a sheet form, with polymeric covering web are provided.

Abstract: An aesthetically pleasing, slim profile window frame assembly that is capable of retaining a shutter. Specifically, the window frame assembly of the present invention comprises a core substrate coupled to a flange. Certain embodiments of the present invention comprise a core substrate having a thickness less than 5/16 inch and having, by volume, an elastic modulus greater than wood. A flange comprises a depth sufficient to retain a hinge attached to a window covering, such as a shutter. Certain embodiments of the present invention provide for a decorative covering to be coupled to the core substrate and/or flange such that a portion of the window frame assembly is thereby concealed. The improved strength per volume of the present invention facilitates shutter installation by a “do-it-yourself” homeowner or handyman as well as by a skilled carpenter.

Abstract: A closure assembly and a method of installing the closure assembly are provided. A insertion opening is formed in water resistant barrier covering a rough opening that generally corresponds to a perimeter of the rough opening. A drainage system including a channel assembly is installed on a sill surface of the rough opening. The closure assembly is inserted into the rough opening and temporarily secured to the structure. At least one shim carried on the closure assembly is adjusted to level the closure assembly in the rough opening. A sealing member attached to the closure assembly is engaged with the water resistant barrier. A foam material is delivered into at least a portion of a space between perimeter edge surfaces of the closure assembly and inner surfaces of the rough opening to permanently secure the closure assembly within the rough opening.

Abstract: A window frame surrounds a window box in a wall having horizontally extending siding elements that are connected along overlapping horizontal seams and unconnected edges that are juxtaposed with the window box. The window box has top, bottom, and opposed side elements connected together to define a rectangle, wherein the top element has a transverse outer edge. The window frame has top, bottom, and opposed side frame elements connected together to define a rectangular frame, each element having front and back faces and inner and outer edges whereby the back faces of the window frame elements cover the unconnected edges of the siding and the inner edges of the frame elements closely surround the elements of the window box. A rigid strip is attached to the inner edge of the top element of the window frame and projects over and is vertically supported by the outer edge of the top element of the window box.

Abstract: A window frame comprising top, bottom, and opposed side frame elements connected together to define a rectangular frame, each element having front and back faces and inner and outer edges whereby the outer edges define the frame perimeter. An inner channel extends along the outer edges of at least the side elements, closer to the back face than to the front face. The frame optionally has another channel extending along the outer edges of at least the side elements, closer to the front face than to the back face. Mounting strips are located in the inner channels, having outer edges outside the perimeter of the frame, forming a flange for mounting the frame to a wall surrounding the window to be framed.

Abstract: A building window for mounting to a rough opening defined in a stud frame wall. The building window includes at least one sheet of transparent or translucent material set in at least one sash which, in turn, is disposed in a frame. The frame includes a first mounting flange that extends outward from an outer surface of the frame in a direction approximately parallel to the plane of the at least one sheet of transparent or translucent material. The frame also includes a second mounting flange that extends outward from a first side of the frame in a direction approximately perpendicular to the plane of the at least one sheet of transparent or translucent material. The second mounting flange is configured and arranged to be secured to a perimeter edge of the rough opening defined in the stud frame wall.

Abstract: A component (10) for glazing of a building which has at least one glass pane (12) and a shatter-proofing element (30) which is connected to the glass pane. In the peripheral edge region (14), the shatter-proofing element has at least one holding device (18) for attachment to the building. Furthermore, in this approach, it is advantageous that, on the one hand, a comparatively light glass pane can be used which does not release dangerous fragments into the building or into the vicinity of the building by virtue of the shatter-proofing element when a pane breaks.

Abstract: Fiber reinforced polymeric pultruded cladding as jamb cover elements and mullion cover elements, for door frames and mullions, using pultruded structures as cladding over substrates. A jamb cover assembly includes a pultruded jamb plate and/or a pultruded nosing, and a mounting fin. The mounting fin extends from a distal side of the assembly. The frame can be secured in a doorway rough opening with the nosing assembled to the jamb plate, using the mounting fin for initial securement, optionally without assembly or disassembly of the frame at the construction site. Pultruded substrate covering covers both the outer surface and opposing sides of a mullion substrate. A pultruded mullion nosing is assembled to the substrate covering, and overlies part of the substrate cover, providing complete pultruded overlayment of the outer surface of the mullion substrate and spacing the front panel of the nosing from the outer surface of the substrate.

Abstract: A nail fin is adapted to be used with a fenestration frame assembly adapted to be fastened in a building support structure. The nail fin includes a substantially bendable metallic flange member having an anchor portion adapted to be retained in the frame assembly and pivotally connected to an attachment portion adapted to be fastened to the support structure along a hinge defined by a series of spaced apart openings formed through the flange member. The metallic flange member is formed with a coextruded first strip covering the openings and defining barbed elements around the anchor portion. The metallic flange member is formed with a second coextruded strip defining a solid attachment template adapted to be fastened to the support structure and forming a seal adapted to be engaged against the support structure.