Abstract: Techniques are provided for mounting simulated muntin bars, preassembled muntin grids and the like between parallel glazing sheets in an integrated multipane window sash. Among the mounting techniques disclosed are clips for holding simulated muntin components to a spacing and mounting structure of an integrated multipane window sash. All or portions of the clips can be desiccated.

Abstract: Disclosed is an interlocking glazing panel comprising a pair of transparent or translucent lites, and rigid structural spacer located between, and firmly attached to, said lites to define a gap therebetween, said rigid structural spacer extending around at least part of the periphery of said glazing unit and having over at least a portion thereof an interlocking profile to provide a firm interlocking connection to another interlocking panel having a complementary like interlocking profile, wherein said glazing panel can be inserted as a structural member in a wall or roof constructed of interlocking panels.

Abstract: A laminated window assembly for a device, such as a handheld electronic device (e.g., a media player or mobile telephone), includes a window layer that preferably is glass, and a larger, substantially transparent lip-forming layer to which it is laminated, preferably by a substantially clear adhesive. Additional adhesive preferably is placed at at least portions of the edge of the window layer adjacent the lip-forming layer, especially at the corners, to resist delamination. Holes preferably are formed in the lip—e.g., at the corners—to resist the lip-forming layer peeling apart from the window layer forming layer. The holes preferably make up at most about 33% of the periphery of the window layer.

Abstract: A system is provided for coupling individual fenestration units together and sealing the gaps between them so as to form a sealed compound fenestration unit. The individual fenestration units include mating channels and tabs, or other connectors, that are attached to outside frame surfaces of the individual fenestration units. When the connectors are coupled together, they attach the frames of the individual fenestration units securely together in such a way that gaps are formed between the units along their joined frame surfaces. The gaps are sealed by resilient sealing strips that are configured to be inserted into the gaps, and that are formed with seals that bear against the walls of the gaps to form impervious moisture seals.

Abstract: The present invention relates to a window frame. According to the present invention, there is provided a window frame, which comprises: a frame unit having a pair of side jamb frames for defining both side ends of the frame unit, an upper jamb frame for defining an upper end thereof, and a sill frame for defining a lower end thereof coupled to each other to have a rectangular frame shape, the frame unit having at least one receiving groove formed in an outer wall surface thereof along a length direction thereof; and corner angles coupled to the frame unit to surround the outer wall surface of the frame unit at corners thereof, each of the corner angles having a concavo-convex portion to be received in the receiving groove, the corner angle having at least one rib protruding from an outer wall surface thereof along a length direction thereof.

Abstract: A window element includes an outer window pane defining first and second sets of parallel sides; an inner window pane defining an inner window face; first and second sets of pultruded elements extending along the first and second sets of parallel sides, respectively and connecting the outer and inner panes in a window structure; a window frame of profiled pultruded elements surrounding the window structure; first and second co-operating hinged parts, the first part adhered to the window structure at a first edge parallel with one of the sides of the first set of sides, the second part provided by one of the profiled pultruded elements; and closure elements adhered to the inner window face at a second edge parallel with another side of the first set of sides and co-operating with recesses in an adjacent profiled pultruded element for arresting the window structure in a closed state.

Abstract: There is disclosed a glazing component connector (10) comprising a first part (12) and a second part (14), the first part (12) comprising a head (20) for reception by a complementary channel (16), from which head extends a shank (22) for enabling connection to another glazing component, and a locking clip (14) for locating about the head thereby to secure the first part (12) to the channel (16).

Abstract: A sash window assembly includes a face material provided in an opening section open to an indoor and outdoor side, a frame section provided within the opening section, and beads attached to the frame section with the ends of the beads angled and butted against one another, the beads for pressing upon the face material from one of the indoor and outdoor directions, wherein each of the beads includes a first engaging section and a second engaging section, the first engaging section engaging with the frame section at a front-side in a movement direction, the second engaging section engaging with the frame further toward a rear-side in the movement direction than the first engaging section, when the bead is moved in the movement direction along a depth direction; the frame section includes a first engaging projection that engages with the first engaging section, a second engaging projection that engages with the second engaging section, and a recess provided between the first engaging projection and the second en

Abstract: This invention is an architectural glazing structure for exterior mounting that is a glass laminate having enhanced resistance to being pulled from a frame upon being subjected to severe positive and/or negative pressure loads. This invention is particularly suitable for architectural structures having windows that can be subjected to the extreme conditions prevalent in a hurricane, or window that can be placed under severe stress from repeated forceful blows to the laminate.

Abstract: A muntin clip has a bar support adapted to be connected to a muntin bar end and a base member adapted to be connected to a spacer frame. The bar support has a plurality of flexible support members attached thereto, which are adapted to contact the opposed interior walls of the muntin bar end and deform in response to such contact. The base member has latching structure adapted to be connected to the spacer frame. The base member further has an abutment member adapted to be engaged by an ejector pin to facilitate removal of the muntin clip from a mold.

Abstract: This invention is an architectural glazing structure for exterior mounting that is a glass laminate having enhanced resistance to being pulled from a frame upon being subjected to severe positive and/or negative pressure loads. This invention is particularly suitable for architectural structures having windows that can be subjected to the extreme conditions prevalent in a hurricane, or window that can be placed under severe stress from repeated forceful blows to the laminate.

Abstract: A blast-resistant window assembly is provided. The assembly has a window, and first and second brackets. The window is fitted within an opening having at least one wall. The first bracket has a brace located adjacent the window, and a stop located adjacent the wall. The second bracket is located adjacent the wall and is configured to receive the stop. During an explosion, force created therefrom causes the window to engage the brace of the first bracket to cause the stop of the same to be received by the second bracket.

Abstract: A bonded vehicular glass assembly utilizes a two-component urethane adhesive to attach an attachment member at a glass panel to form a joint suitable for use on a vehicle. The attachment member may be a hinge, or a latch, or the like. Related methods of forming and of attaching components to glass are disclosed.

Abstract: A transparent skin panel for use in a mobile platform having a plurality of metal sheets. A fiber reinforced resin at least partially surrounds the plurality of metal sheets. The fiber reinforced resin is transparent. A cutout is formed within each of the plurality of metal sheets, which is filled by the transparent resin during the manufacturing process. The cutout corresponds to a window in the transparent skin panel. The transparent skin panel thus eliminates the need for a bulky and heavy frame structure that has traditionally been employed on aircraft, and which has heretofore limited the size of windows used on an aircraft. The present invention thus enables larger windows to be incorporated on aircraft without increasing the weight or cost associated with such windows.

Abstract: An assembly element to be inserted into a bore, with two compensating elements fitting one into the other and having eccentric bores. The assembly element is provided for transmission of forces to the inner surface of the hole of the bore and for positioning the longitudinal axes of a fastening element within the through-bore, and is produced with a smaller radial dimension with respect to at least one exit of the bore in the outer face of the plate for forming a slot and can be fastened in the bore by a sealing agent filling the slot. An assembly element for a laminated pane, which includes at least three individual panes and has at least one hole passing through all the individual panes for installing or accommodating a rod-shaped fastening element, includes an attached element with a through-bore to be fastened to the outer panes, and a mechanism for aligning deviations of the hole centers of the two through-bores.

Abstract: Sealed frameless multiple glazing units comprising at least three panes of glass wherein the air spaces within the unit are hermetically sealed one from the other are believed to be new. The units preferably comprise a fixing assembly wherein the boss is formed from two interlocking parts. The two part boss facilitates the assembly of the units and serves to support the weight of the unit.

Abstract: This invention is an architectural glazing structure for exterior mounting that is a glass laminate having enhanced resistance to being pulled from a frame upon being subjected to severe positive and/or negative pressure loads. This invention is particularly suitable for architectural structures having windows that can be subjected to the extreme conditions prevalent in a hurricane, or window that can be placed under severe stress from repeated forceful blows to the laminate.

Abstract: A window assembly (10) with its glazing frame that stays independently from lateral movement of building main structure (44) is disclosed. The window assembly (10) includes an outer retaining frame (12) and an inner glazing frame (14). The outer retaining frame (12) is attached to the building main structure(44). The glazing frame holds glass pane (20), and sits inside the outer retaining frame (12). Between the outer retaining frame (12) and the inner glazing frame (12) is a predetermined clearance space (X) and (Y), at their vertical edges and their top edge. The resulting window assembly allows the glazing frame to retain its shape, while the outer retaining frame (12) moves laterally with the main structure (44) during an earthquake or blast, thereby minimizing the chance of glass breakage. Application of glazing gasket (32) or sealant (54) provides watertight result to the window assembly (10).

Abstract: A reinforced window system for mounting within an opening in a wall, the window system comprising a frame fixable to the wall and a second frame, which is removably installable in the first frame. The first frame is provided with a plurality of fixing members distributed on the inside perimeter of the first frame. The second frame carries a reinforced window pane. The second frame is provided with a plurality of support members distributed on an outside perimeter of the second frame with possibility to face the fixing members of the first frame so as to support the second frame when the support members are in engagement with the fixing members of the first frame.

Abstract: A window glass, particularly for installation by adhesive bonding in an opening of a vehicle bodywork, comprises a sheet of glass with a profiled bead that is fixed at least to the main surface of the sheet of glass facing toward the interior in the installed state and that rests against at least part of the opening. The use of such a window glass makes it possible, once the window glass has been installed in the bodywork opening, to obtain a visible space less than 5 mm between the opening and the edge face of the window glass.

Abstract: A molding includes an attaching portion to be bonded to an interior side of a peripheral edge of a glass plate and an elastic portion capable of being in close contact with a window opening. The molding is made of thermoplastic resin and has an electrically conductive member insert-molded therein, the electrically conductive member extending substantially parallel to a surface of the glass plate and generating heat by bringing an eddy current generator near thereto. The eddy current generator is brought near a surface of the transparent plate to generate heat in the electrically conductive member, thereby softening or melting the molding, and an external force is applied to the transparent plate to disassemble the transparent plate from the window opening of an automobile.

Abstract: A window sash frame is provided with a glazing pane installation opening accessible from a first side thereof and a glazing pane support surface on a second side thereof. A first glazing pane is inserted into the installation opening and an outside surface perimeter of the pane is placed adjacent to the support surface. A second glazing pane is then inserted into the opening. An inside surface perimeter of the second pane is mounted (e.g., via an adhesive bead, strip, tape or foam) to an inside surface perimeter of the first glazing pane. The adhesive thickness is such that the panes are separated by a space, which can contain air or an inert insulating gas. A glazing bead is installed along at least a portion of the glazing pane installation opening after the glazing panes have been inserted. A spacer can alternatively or additionally be provided between the glazing panes.

Abstract: A clip for mounting a weatherstrip between an end side of a window and a window frame includes: a weatherstrip side member having arms for engaging the weatherstrip and tabular engagement pieces extending from a base portion of the arms; and a window frame side member including box-shape holding portions for allowing the tabular engagement pieces to slide therein and an attachment device, i.e. T stud attachment portion and a double-sided tape, for attaching to the window frame. An engagement device is provided between the engagement pieces and the holding portions, and is formed of claws provided on one of the engagement pieces and holding portions and holes provided on the other. The weatherstrip side member and the window frame side member can be separately formed, and easily combined.

Abstract: An anchoring profile (1) for securing a pane (9) mounted in a frame (8) and protected against impact by window film (11). For ease of installation and to reduce costs, the profile (1) comprises two outer strips of substantially rigid plastics material (2,3) for attachment by adhesive (6) to the window film (11) and he frame (8), respectively, and a flexible interconnecting strip (4) between the outer strips (2,3) having sufficient resilience to absorb, in use, impact load in the pane (9).

Abstract: Methods and apparatus are provided for mounting one or more glazing panes or insulating glass units into a window sash frame member having spaced side walls joined by an inner facing frame surface with a spacing structure disposed on the frame surface. Glazing panes are placed against strips of adhesive sealant within the window sash frame. Folding glazing beads hingedly attached to the side or inner walls of the frame member are folded against the glazing panes to secure them to the window sash frame member and/or to cover the glazing pane edges.

Abstract: A window frame including a pair of frame halves having integral fasteners for interconnecting the frame halves. The fasteners include mating barbed connectors that interfit with one another to permanently intersecure the frame halves. The fasteners further include integral cooperating alignment pins and receivers for aligning the fasteners and hence the frame halves. The alignment pins and receivers are laterally offset from the fasteners.

Abstract: A multi-paned fenestration unit in which the glass panes are manufactured directly into the support structure without first manufacturing an insulated glass unit. The support structure is designed to provide the structural support for the glass panes without a separate spacer.

Abstract: An insulating unitless window sash includes a sash frame made of four linear sash members having their mitered edges joined together. Each of the sash members in cross section includes a peripheral surface, a first and outer side walls and a first groove spaced from a second groove. Each of the grooves has a base and spaced walls. The base of the first groove is spaced a greater distance from the peripheral surface than the base of the second groove. Peripheral and marginal edges of a first sheet are in the first groove and peripheral and marginal edges of a second sheet are in the second groove. A shim is mounted on the sash frame adjacent the outer surface of the first sheet to give a balance configuration.

Abstract: The invention provides a window frame construction system (10) comprising an inner frame (12), an apertureless outer frame (18) provided with at least abutment surface (22) projecting towards said inner frame (12) and a plurality of aligning connector units (26) for attaching said inner frame (12) inside said outer frame (18), said unit comprising, a hollow body (28) attachable to said inner frame (12), a nut plate (34) engageable with said inner frame (12) and having an internal screw thread (36) matching an externally screw-threaded portion of said hollow body (28), whereby said hollow body (28) may be adjusted to project a desired distance outwards from said inner frame (12) towards the outer frame (18), and a first rotatable member (40), insertable in a hollow body (28), wherein said first internal rotatable member (40) is provided with a projection (42), an end portion (44) of which faces outwards towards said outer frame (18) for effecting engagement and alignment between said inner and outer frames.

Abstract: A window assembly for garage door panels. The assembly includes an outer frame assembly that overlaps the panel opening to be protected and it is mounted thereon. An inner frame assembly co-axially extends from the outer frame assembly and jointly define a window area. A longitudinal slot along one of the elongated members defining the inner frame assembly permits a user to removably mount a transparent member therein. Ornamental frame assemblies can be optionally mounted over the present invention to enhance the aesthetics of the resulting structure. An alternate embodiment includes a second transparent member positioned within the outer frame assembly through another elongated slot in one of the elongated frame members. Internal channels in the frame members bite into the edges of the transparent members.

Abstract: A bonded vehicular glass assembly utilizes a urethane adhesive to attach a dynamic load-bearing attachment member to a glass substrate to form a joint suitable for use on a vehicle. Related methods of forming, and methods of attaching components to glass are disclosed.

Abstract: A window assembly for garage doors with hingedly mounted panels. The assembly includes resilient male and female frame members that are brought towards each other to sandwich the borders of the door panel defining the window opening and the cooperatively dimensioned transparent panel. The male frame member includes, adjacent to its peripheral inner end, a peripherally extending leg member that is lockingly received within a cooperative channel notch on the transparent panel. The engagement of the leg member to the channel member permits certain deformation to be transmitter to the resilient male and female frame members. Fastening members are used to keep the male and female frame members securely against each other.

Abstract: A vehicle window assembly including a protective transparent plastic window liner covering the inner side of the glass pane and held removably in place by flexible liner-retaining strips having quarter-round molding portions overlying the margins of the liner and anchor portions that are releasably secured in mounting grooves along the edge portions of the window pane. The anchor portions are integral with the molding portions and are pressed into the grooves past detent ribs that lock the strips releasably in place, to secure the window liner against easy removal by a passenger but permitting removal by service personnel for replacement. The mounting grooves are in elongated window-retaining bars that are positioned against the inner side of the paneand also are removably secured in place for ease of reglazing, having enlarged deformable anchors pressed into locking grooves with restricted open sides forming releasable tongue-and-groove connections for removal by tilting of the bars.

Abstract: A glass pane with plastic bordering for fixed side and rear windows as well as moonroofs of a vehicle. The glass pane comprises a groove formed in the plastic bordering adapted to receive a resilient sealing profile. The plastic bordering with the sealing profile press fit in the groove is adapted to secure the glass pane within a chassis of a vehicle as well as provide weather sealing. The contour of the plastic bordering is adapted to accurately locate and self-center the glass pane within a receiving chassis.

Abstract: An apparatus installed in an inner side surface of an entrance door of a driving room for safely preserving a subglass when the subglass, which is detachably installed in a lower portion of a front surface of a driving room of a heavy equipment, is separated based on a working environment. The apparatus includes a lower bracket attached to a lower portion of the door, forming a mounting groove upwardly opened for inserting a lower portion of the subglass therein, and supports the subglass inserted in the mounting groove; an upper bracket installed on the upper portion of the lower bracket of the door supporting an upper portion of the inner surface of the subglass inserted in the lower bracket; and a locking apparatus installed in an upper portion of the door, which detachably supports an upper portion of the outer surface of the subglass.

Abstract: A multipane window unit is provided in which a sash frame is formed having an integral spacing structure upon which glazing panes are directly affixed. The spacing structure is formed integrally with the sash frame at internal glazing surfaces. Adhesive can be affixed to the internal glazing surfaces to attach the glazing panes. In this manner, a rigid, structural sash frame can be formed prior to attachment of the glazing panes, thereby eliminating the need for using separately manufactured insulating glass units while obtaining similar and improved benefits.

Abstract: This invention is a process of preparing a glazing structure that is a glass laminate having enhanced resistance to being pulled from a frame upon being subjected to high positive and/or negative pressure loads. This invention is particularly suitable for architectural structures having windows using a silicone structural glazing design that can be subjected to the extreme conditions prevalent in a hurricane, explosion, or placed under stress from repeated forceful blows to the laminate.

Abstract: A curtain wall including a plurality of mullions each having a pair of glazing pockets, an I-section for supporting an interior trim member and protrusions for supporting an exterior trim member. The curtain wall further includes a plurality of rails including a notched section for insertion into the mullion glazing pockets, and a plurality of protrusions for supporting interior and exterior trim members. A bead having a plurality of protrusions is connected to the mullion in a lengthwise direction thereof, and supports the interior trim member. A plurality of retainers are insertable into notches in the mullions, the beads or the rails for removably retaining glazing infill components (i.e. panels, windows, doors) in the curtain wall. The curtain wall design of the present invention allows for the glazing infill components to be installed and/or removed from either the front side or the back side of the curtain wall.

Abstract: An improved plastic, e.g., vinyl, window construction includes an exterior casing rigidly mounted to a window frame and which may advantageously be preattached to the window frame, allowing the window construction to be installed as a single unit. The exterior casing may include an exterior sill and may be constructed to provide the appearance of a traditional wooden window. In another aspect, a window construction with an integrated interior casing is also provided. In yet a further aspect, a method for manufacturing a plastic window construction with integrated exterior casing is provided.

Abstract: A display system (12) for attachment to a sill (14) of a window structure (26) has been provided. The display system (12) includes a mounting device (28) for attaching the display system (12) to the sill (14) of the window structure (26) and a display device (18) for attachment to the mounting device (26). The display device (18) is intended to communicate various information to the viewer of the display device and preserve or create more available space surrounding the window structure (26).

Abstract: A window assembly for garage door panels. The assembly includes an outer frame assembly that overlaps the panel opening to be protected and it is mounted thereon. An inner frame assembly co-axially extends from the outer frame assembly and jointly define a window area. A longitudinal slot along one of the elongated members defining the inner frame assembly permits a user to removably mount a transparent member therein. Ornamental frame assemblies can be optionally mounted over the present invention to enhance the aesthetics of the resulting structure. An alternate embodiment includes a second transparent member positioned within the outer frame assembly through another elongated slot in one of the elongated frame members. Internal channels in the frame members bite into the edges of the transparent members.

Abstract: An insulated glass assembly including two glass panels each have a plastic frame molded about its perimeter, with the plastic frames welded or otherwise joined together. The molded plastic frames form an airtight seal with each other and with the glass panels.

Abstract: A mullion for providing structural support between a pair of adjacent window frames includes a first member having a planar section affixable to a first window frame, a first portion of a first coupler extending outwardly from the planar section of the first member, and a first portion of a second coupler extending outwardly from the planar section of the first member. The mullion also includes a second member having a planar section affixable to a second window frame, a second portion of the first coupler extending outwardly from the planar section of the second member and adapted to couple with the first portion of the first coupler, and a second portion of the second coupler extending outwardly from the planar section of the support member and adapted to couple with the first portion of the second coupler.

Abstract: A window frame including a pair of frame halves having integral fasteners for interconnecting the frame halves. The fasteners include integral cooperating alignment pins and receivers for aligning the fasteners and hence the frame halves.

Abstract: A blast resistant window system comprising a reinforced window pane defining an in-side and an out-side and being supported by a window framework for mounting at an opening in a wall. The window system further comprises at least one pane-engaging member transversally extending adjacent an in-side surface of the window pane and secured at respective ends thereof to opposite construction elements. Each of the pane-engaging member is fitted with at least one energy dispensing device for converting axial force within the pane-engaging member into mechanical work.

Abstract: An impact resistant laminated glass and plastic pane is provided for a hurricane resistant door light or similar opening. A glass pane is attached to a flexible plastic sheet that protrudes beyond the peripheral edge of the glass, preferably as an extension of the plastic laminate between outer glass laminate sheets. The pane body is mounted in a building structural part such as a door or wall, at an opening or at a recess, whereby the surface of the structural part extends up to a point adjacent to the pane. The flexible sheet that is attached to the pane, laps over the surface adjacent to the edge of the structural part around the pane. An elongated molding element that preferably frames the opening, is attached to the structural part so as to capture the flexible sheet between the molding element and the surface.

Abstract: A thermally insulating window is provided having at least two glass panes having a space therebetween and at least one frame-shaped spacing member secured to the at least two glass panes within that space.

Abstract: Methods and apparatus are provided for mounting one or more glazing panes or insulating glass units into a window sash frame member having spaced side walls joined by an inner facing frame surface with a spacing structure disposed on the frame surface. Glazing panes are placed against strips of adhesive sealant within the window sash frame. Folding glazing beads hingedly attached to the side or inner walls of the frame member are folded against the glazing panes to secure them to the window sash frame member and/or to cover the glazing pane edges.

Abstract: A monolithic glass member for supporting loads is disclosed. The glass member includes a plurality of glass sheets that are laminated together with one or more bonding layers. One of the glass sheets has a cut out at an edge thereof to receive a connector. The connector provides a means for connecting and supporting the glass member relative to other structures.

Abstract: A glazing panel (10) has a fixing element (31) adapted to participate in securing the glazing panel in a frame (35), which is secured to a surface of the of pvb or other glass laminating material (22). The arrangement may facilitate recycling.