Abstract: Sealing strip (1) for sealing a joint (23) between a frame profile (12), for example a window-frame profile, and a wall (15), having an elastically resilient foam strip (2) which is accommodated in a compressed state in a tear-open wrapper (3), which allows recovery of the foam strip (2). The tear-open wrapper (3) comprises a plastic sheet (F) which encloses the foam strip (2) and, at the same time, forms a tear-off flap (4) extending in longitudinal direction of the sealing strip (1).

Abstract: A mullion reinforcement is provided comprising a first member that is fastenable to a portion of a first window frame. It includes at least one pilot that is formed on a surface of the first member, a first portion of a latch, and a first portion of a catch. A second member is also provided that is fastenable to a portion of a second window frame. It includes at least one pilot receptacle formed on a surface of the second member, and is engagable with the at least one pilot when the first window frame is assembled to the second window frame. The second member includes a second portion of a latch and a second portion of a catch that are complementary to the first portion of a latch and the first portion of a catch. When the first window frame is assembled to the second window frame, the first member and the second member cooperate to form a latch and a catch.

Abstract: In a preferred embodiment, a window perimeter frame and a window panel frame form a first exterior water flow-restrictor between the window perimeter frame and the window panel frame that forms an outer airloop that is maintained at the same pressure as the environment exterior to the building. A water restrictor and an air seal are provided between the airloop and the building interior such that the air seal does not have to cope with water from the exterior environment. Similar water restrictors and air seals are placed in between the window perimeter frame and building as well as between the window frame and window panel. A splined male member slidably placed in a female joint area attaches the perimeter frame to the window panel frame allowing relative displacement between the perimeter frame and panel frame member and installation of the frames from the interior of a building.

Abstract: Methods for bending preformed thermoplastic extrusions having at least one cavity comprise filling at least one of the extrusion cavities with polymer foam and curing the foam within the filled cavity. An extrusion is heated to allow plastic deformation and then smoothly bent over a mandrill to impart a desired curved shape. Following cooling to below the extrusion's plastic deformation temperature on the mandrill, smoothly curved extrusions are removed for cooling to room temperature. Cured polymer foam within an extrusion cavity resists distortion of the cavity during the bending process.

Abstract: A window assembly that includes an outer end inner frame assemblies. The outer frame assembly has two horizontal frame members and two vertical frame members. The inner frame assembly includes two horizontal inner members that are slidably mounted to the horizontal frame members. The inner frame assembly also includes two vertical inner members that are mountable on the vertical frame members with fastener members. The outer frame assembly and the vertical and horizontal inner members sandwich or entrap a garage panel with an aperture and a transparent panel to define a window. The outer frame assembly includes a longitudinally and peripherally extending rib member with longitudinal cut-outs. The horizontal inner frame members include longitudinal slots that receive the rib member. Fasteners are used to mount the two vertical inner members to the two vertical frame members keeping the garage panel and the transparent panel sandwiched in place.

Abstract: A roof window assembly is composed of a window component, a main frame component and, optionally, an integrated flashing component. The window component may be used independently and without modifications for a roof window installation employing a curb-frame. The window component features a novel design with an glazing element fitted in a profiled sheet metal frame, which can be made from a single continuous sheet metal profile bent into a polygonal frame shape with corner junctions. In both fixed and ventilating versions of the roof window assembly identical connecting members into open mutual engagement at the top side of the window and main frame components provides for easy mounting and dismounting of the window component with respect to the main frame component.

Abstract: A window assembly includes a fixed frame and a rotary frame mounted therein. The rotary frame can be unlocked from the fixed frame and rotated relative to the fixed frame about a vertical axis disposed at the center of the rotary frame. The rotary frame can be latched in selected angular positions, or slid horizontally to either the right or the left. The rotary frame can be unlocked from the fixed frame by movement of a single handle.

Abstract: The present invention is a window frame wherein all of the structural members are formed with the same substantially identically-shaped configuration a metal extrusion. A plurality of structural members are arranged to form a supporting structure. Each structural member has a U-shaped channel defined by a base portion having a first arm and a second arm spaced apart on opposite lengthwise sides of said base portion. The first and second arms extending from said base portion have end portions turned inward and extending in a direction toward said base portion. Fasteners detachably secure the plurality of structural members into a configuration adapted to detachably mount a translucent barrier within the supporting structure formed by the structural members.

Abstract: A window frame for positioning in a fence. The window frame includes a first frame having a first side, a second side, an outer perimeter edge, and an inner perimeter edge. A shoulder is integrally coupled to and extends away from the outer perimeter edge. The second side has a plurality of slots extending therein. The first frame has a shape substantially identical to the opening in the fence. A screen member is securely attached to the inner perimeter edge such that the screen member extends across the first frame. A plurality of fastening means removably fastens the first frame to the fence wall. A second frame has an inside surface and an outside surface. The inside surface is adapted to cover the second side of the first frame and has a plurality of protruding members thereon, each positioned to be removably extended into one of the slots.

Abstract: A window frame member for inclusion in a window frame assembly is disclosed. The window frame member includes a channel shaped to accept an edge of a siding or sheathing product attached to a structure. The channel has sufficient depth to at least partially cover the siding or sheathing during expansion or contraction of the siding or sheathing. The window frame member also includes a first flange portion that may be used to attach the frame member to the structure. The window frame member also includes a second flange portion that cooperates with the channel to cover the siding or sheathing.

Abstract: The window frame is entirely made of plastic and has a glazing frame to be mounted in an opening of a door and a panel frame for fitting on the glazing frame from an opposite side of the door. The frames are made of extruded plastic elements and sandwich a window frame therebetween. The elements of the glazing frame have a lip for receiving the elements of the panel frame in slide friction-fit manner. A dual durometer bead is disposed between the interfitted elements for sealing purposes. Glazing beads are also mounted in an extruded element of the glazing frame to hold a window unit in place.

Abstract: The invention relates to a buck for forming and framing the perimeter of an opening in an insulated concrete form wall. The buck is formed of insulating material compatible with the concrete form, such as plastic, and forms a friction fit with supporting portions of the form wall to provide a seal therebetween. The buck may have a portion for receiving fasteners to secure a component mounted on the buck, thus facilitating the attachment of components to the buck within the wall opening, and reducing or completely eliminating the need for fasteners to penetrate hardened concrete. The buck may also include a separate portion, preferably integrated with the fastening portion, that provides for increased thermal insulation. The buck may also include anchoring fins around which the poured concrete may harden to securely attach the buck to the wall and enhance the seal therebetween.

Abstract: A window frame system with transparent, tinted, or translucent window frames is provided. The window frame itself is transparent, tinted, or translucent, instead of merely the enclosed glass window. Because the frame of the window is light permeable, additional light may pass through the window frame yielding an increase in the overall brightness of the window. Additionally, the structural and environmental integrity of the window is preserved because the window frame remains solid. A transparent screen may also replace a conventional screen to further increase light transmission.

Abstract: The present invention is a window frame wherein all of the structural members are formed with the same substantially identically-shaped configuration as, for example, in a metal extrusion. A plurality of structural members are arranged to form a supporting structure. Each structural member has a U-shaped channel defined by a base portion having a first arm and a second arm spaced apart on opposite lengthwise sides of said base portion. The first and second arms extending from said base portion have end portions turned inward and extending in a direction toward said base portion. Fasteners detachably secure the plurality of structural members into a configuration adapted to detachably mount a translucent barrier within the supporting structure formed by the structural members.

Abstract: A window frame is formed of a plurality of plastic section pieces welded together at their ends. The ends of the plastic section pieces also have surfaces which abut one another. The plastic section pieces are not welded at the abutting surfaces. The unwelded abutting surfaces can therefore be used to define the length of the window frame.

Abstract: The invention concerns a layout of shop window profiles (1, 2), assembled edge to edge, by their ends, (e1, e2), whereas said layout comprises means for fastening said profiles together.

Abstract: The invention concerns a layout of shop window profiles (1, 2), assembled edge to edge, by their ends, (e1, e2), whereas said layout comprises means for fastening said profiles together.

Abstract: Analogous to a bug screen for windows, an Energy Screen is a rigid frame covered with two clear films of plastic which is applied fittingly to the interior of a window. This will conserve the heating and cooling load of a house by as much as 42%. An easy to assemble kit is disclosed which does not require sawing rigid members, but installs with scissors as the only tool.

Abstract: A window buck having members forming a frame with the members including adjustable components enabling use of the buck in walls under construction of different thicknesses. Extruded front and rear components of each buck member are adjustably interengaged with one another and fixable in a desired relationship to suit the wall being constructed. External channels formed in the buck members are open lengthwise to permit reception of angular connectors for joining the buck members at their intersecting ends. The connectors may be of reusable rebar and removable upon completion of the wall. The components of each buck member are lockable by inserted fasteners. A modified window buck includes a central component for use in walls of extraordinary thicknesses. A further modified window buck may include buck members of unitary construction.

Abstract: A window shutter frame for attaching window shutters to a wall comprising an elongate frame base having a first length, a top surface, a bottom surface, and a first longitudinal axis, the top surface having a mounting channel with a first width, the mounting channel extending parallel to the first longitudinal axis of the frame base along the entire first length of the frame base, the mounting channel having a base surface and a first side surface and a second side surface, the base surface of the mounting channel having one or more mounting points through which fasteners may be disposed; and an elongate concealing strip for insertion into the mounting channel having a second width, a second length, and a second longitudinal axis, the second width of the concealing strip being approximately equal to the first width of the mounting channel, the second length of the concealing strip being approximately equal to the first length of the frame base, such that upon insertion of the concealing strip into the mountin

Abstract: A window case includes a main frame formed of a pair of vertical sections and a pair of horizontal sections. Each section has an outwardly open U-shaped channel extending longitudinally along the section, each channel having a front sidewall, an inner bottom wall and a rear sidewall opposite the front sidewall. A limb extends longitudinally along each of the sections and frontwards from an outer edge portion of the front sidewall thereof. The limbs of each of the vertical sections and the horizontal sections together define an intermediate window frame. A pane frame securing a window pane is mounted on the intermediate window frame.

Abstract: A finish mounted framed building element such as a window or doorway sidelight or the like is mounted in a space provided in rough framing structures in a wall, by inserting facing sheets, preferably of sheet metal, into the framing jambs up to a variable depth in slots provided at the perimeters of the door or window frame opening. The space between the sheets can be substantially confined as a foaming composition is injected and permitted to expand and cure in place. The foam locks the sheets to the framing jambs of the window or doorway sidelight, etc. This provides a wall panel with a correctly sized and correctly positioned internal opening, for example to receive a window frame or doorway sidelight or other insert structure. The invention also supports or reinforces the window or doorway generally, for example to support the hinged side of a door jamb adjacent to a door sidelight.

Abstract: Aluminum framing components comprise both hollow aluminum extrusions and open back aluminum extrusions which may be used separately or as a system. The hollow aluminum extrusions have a total of three screw bosses, two of which oppose each other on the side walls above the center of gravity of the extrusions and the third of which is located in close proximity to the bottom center of the extrusions below the center of gravity of the extrusions. A U-shaped clip may be fitted between these screw bosses to prevent the hollow aluminum extrusions from twisting or rocking during installation of the hollow aluminum extrusions to an upright such as an other hollow framing component and also permit field attachment of the hollow aluminum extrusions to such other hollow framing component upright for use as a chair rail or the like.

Abstract: A casement frame for a window formed of a plastic section having a seat region for receiving an edge region of a window pane and a room-side casement region, and at least one heat conducting insert arranged in the plastic section and forming a thermal bridge between the casement and seat regions of the plastic section for conducting room heat to the edge region of the window pane. The plastic section is formed with chambers arranged along its cross section. The heat conducting insert being located in an innermost, or room adjacent, chamber with the heat transfer taking place inside the innermost chamber and the remaining chambers serving as heat insulating chambers.

Abstract: This invention relates to the field of extruded polyvinyl foam shutters. More particularly this invention relates to a frame for mounting shutters on doors with glass panels. The present invention addresses the problem in the industry by providing a shutter mounting frame which has an extension normal to the mounting surface which conceals the glass mounting bead, and positions the framing piece so that the mounting nails or screws are inserted through the shutter frame into the glass mounting bead.

Abstract: A two-piece mullion reinforcement is provided for use in forming an assembly of windows. A first member is fastenable to a portion of a first window frame, and includes at least one piloting tab that extends along and projects outwardly from a surface of the first member. A second member is likewise fastenable to a portion of a second window frame, and includes at least one pilot receptacle that is formed on a surface of the second member. The pilot tab and pilot receptacle comprise mutually complementary profiles so as to be engagable with one another when the first window frame is assembled to the second window frame. The first member also includes a first portion of at least one latch and the second member includes a second portion of the at least one latch that is complementary to the first portion so that when the first window frame is assembled to the second window frame the first member and the second member cooperate to form at least one latch.

Abstract: The present invention is a window frame wherein all of the structural members are formed with the same substantially identically-shaped configuration by metal extrusion. A plurality of structural members are arranged to form a supporting structure. Each structural member has a U-shaped channel and a second arm spaced apart on defined by a base portion having a first arm and a second arms spaced apart on opposite lengthwise sides of said base portions. The first and second arms extending from said base portion have end portion turned inward and extending in a direction toward said base portion. Fastener detachable secure the plurality of structural members into a configuration adapted to detachable mount a translucent barrier within the supporting structure formed by the structural members.

Abstract: A window system using air loops to completely isolate air seals from water seals. As a result of the separation of air seals from water seals, the window system can tolerate imperfect seals anywhere in the system while maintaining high resistance to water infiltration.

Abstract: A non-metal window muntin formed from plastic or wood is described for use in hermetically sealed insulated glass windows. The process for forming the muntin includes machining polystyrene sheets which are painted with a latex pain and baked prior to use between sealed glass of the window.

Abstract: A system for forming a glazed structure, such as a wall of a conservatory or sun room, comprising a base member, support posts mountable on the base member and capable of receiving on at least one side a window frame and an eaves beam mountable on the support posts.

Abstract: A screen assembly is adapted to connect to a partition of the type having at least one upright frame member with openings in opposite side faces thereof to receive support hooks of hang-on accessory units. The screen assembly includes a sheet member defining at least one side edge, and a bracket is connected to the sheet member adjacent the side edge. The bracket includes a first member configured to extend around at least a portion of a first side of the upright frame member. The first member includes a connector adapted to engage the openings in the first side face of the upright frame member. The bracket also includes a second member configured to extend around at least a portion of a second side of the upright frame member. The second member includes a connector adapted to engage openings in a second side face of the upright frame member.

Abstract: A two-piece mullion reinforcement is provided for use in forming an assembly of windows. A first member is fastenable to a portion of a first window frame, and includes at least one piloting tab that extends along and projects outwardly from a surface of the first member. A second member is likewise fastenable to a portion of a second window frame, and includes at least one pilot receptacle that is formed on a surface of the second member. The pilot tab and pilot receptacle comprise mutually complementary profiles so as to be engagable with one another when the first window frame is assembled to the second window frame. The first member also includes a first portion of at least one latch and the second member includes a second portion of the at least one latch that is complementary to the first portion so that when the first window frame is assembled to the second window frame the first member and the second member cooperate to form at least one latch.

Abstract: A multi-sheet glazing unit includes a closed spacer frame, the spacer frame has one side having a pair of legs joined to a base to provide the spacer frame with a U-shaped cross-section. An inner sheet has an edge mounted in an edge receiving member mounted between the legs of the U-shaped side of the spacer frame. The remaining edges of the inner sheet are within the interior of the closed spacer frame and spaced from the spacer frame. The inner sheet is held within the spacer frame by sheet retaining members mounted to the spacer frame. A sheet e.g. glass sheet is secured by a moisture-impervious adhesive to outer surface of each of the legs of the spacer frame. One type of sheet retaining members has a horizontal member and a vertical member, and a locking member. The locking member is mounted on the horizontal member spaced from the vertical member to form a groove to hold the inner sheet within the closed interior of the spacer frame.

Abstract: Installation of a basement window system by assembling the window system between a pair of novel window forms releasably secured thereto. This assembly is maintained during the erection of the foundation wall into which the window system is incorporated and the erection of above grade wall after which the window forms are removed.

Abstract: A window frame incorporating a sliding sash, the frame providing increased water resistance by incorporating an integral J-rail return, the return portion of which has a double wall to provide a depending trough at the bottom of the frame with a wall forming a chamber including the trough, opening from the bottom of the frame into the chamber and from the bottom of the trough to the exterior to provide increased dam height against water backing up and spilling over the interior sill of the frame.

Abstract: A unitary window insert and method of insertion into a wall structure for forming a finished surround for a window unit. The unitary insert comprises a frame portion sized and shaped to accept a window unit, from which planer finishing wall portions extend to a casing flange which surrounds the interior edge of the insert. Preferably the finishing walls are flared inward creating a pyramidal frustum having an opening larger at the interior surface of the wall than at the exterior surface. The insert extends through the wall structure from an exterior surface and to an interior surface. In the case of poured concrete walls, the insert is provided with a spacer or panel to support the frame portion during construction.

Abstract: A storm-resistant window includes a mechanism for preventing the blowout of a movable sash when wind pressure pulls the sash outwardly. In a single hung window having a slidable lower sash, the mechanism consists of a first rib projecting downwardly from the bottom rail of the lower sash and a second rib projecting upwardly from the top of the sill member of the window frame. In a closed position of the window, the first rib lies inwardly adjacent the second rib such that, if wind pressure pulls the movable sash outwardly, the first rib will contact the second rib, preventing the bottom rail of the movable sash from moving outwardly. In an alternate embodiment, one of the ribs may be replaced with a channel, so that the remaining rib is received in the channel in the closed position of the window.

Abstract: A tailgate structure for automotive vehicle and manufacturing method thereof adapted to join an inner panel of a tailgate via a plurality of panels each having a different thickness by way of laser welding, thereby ruling out waste of materials, preventing concentration of stress through uniformity of joined areas and promoting a reinforcement of structural strength at respective members, the tailgate having an inner panel centrally forming an opening, an outer panel coupled to the inner panel to centrally form an opening and a door glass installed on the openings of the inner panel and the outer panel, wherein the inner panel comprises lateral members having a relatively heavy thickness and corresponding to left and right portions of the opening; and upper and lower members vertically connecting the lateral members and each having a relatively thinner in thickness thereof than those of the lateral members.

Abstract: A closure assembly includes an outer frame, panel members disposed within the outer frame, slidable rail units, pivot linking units, and locking members. The outer frame has top and bottom frame members formed with slide grooves. Each of the slidable rail units includes an upper rail disposed between the top frame member and an upper edge portion of a respective one of the panel members, and a lower rail disposed between the bottom frame member and a lower edge portion of the respective one of the panel members. Each of the upper and lower rails is provided with a rolling ball unit which extends slidingly into the slide groove unit in a respective one of the top and bottom frame members. The pivot linking units connect the upper and lower rails to adjacent ones of the upper and lower edge portions of the panel members such that the panel members are pivotable relative to the upper and lower rails about vertical axes.

Abstract: An assembly system used to build two pane thermoacoustic windows for houses and buildings is provided. The assembly system uses a set of profiles and joints and a permanently installed valve to assemble the window frame without a fusion welding machine. The system creates an airtight chamber directly on the frame. The valve allows the assembler to evacuate the air in the airtight chamber to make a vacuum, or to inflow a gas. The system improves the insulating thermal and acoustic capacity of the window, and allows a supplier to sell the components to build the window, which is then assembled by snapping together profiles and joints. The system can also be applied to assembly one pane window and for other purposes.