Abstract: A reinforced window system for mounting within an opening in a wall, the window system comprising a frame fixable to the opening; said frame comprising an outside support panel and a plurality of fixable fixing members distributed on an inside of the frame; a reinforced window pane fixedly supported within a removable frame; said removable frame comprising a plurality of support members articulated to the support frame and adapted for engagement by the corresponding fixing members; and locking members for positioning and fixing the removable frame within the frame.

Abstract: A window shutter frame defining a recess in which various selected decorative strips may be inserted. The shutter frame also carries a flexible flap so the frame may be pre-manufactured and installed in window recess or other installation location which are not dimensionally accurate without the necessity of cutting and trimming. Preferably the frame components are extruded from synthetic polymeric material.

Abstract: A high strength window screen frame is hinged for opening. The frame has a stationary frame and a movable frame. The stationary frame attaches to a building. The stationary frame has a protective lip extending forward from its perimeter. The movable frame is secured to the stationary frame by a hinge. The movable frame has a perimeter with a beveled side edge to allow opening of the movable frame without interference with the lip. A screen is secured to the movable frame.

Abstract: An improved thermoplastic door jamb comprises a blown thermoplastic core encased in a non-blown thermoplastic skin. A pair of aluminum reinforcing members are embedded in the thermoplastic core and are positioned and configured to receive fasteners for securing case molding and brick molding to the inside and outside edges of the jamb respectively. The reinforcing members stabilize the jamb and, in conjunction with the attached moldings, form a rigid stable structure.

Abstract: A snap-together shutter in which moveable louvers are mounted within a snap-together frame to allow for the convenient assembly of the shutter with or without the use of tools. The frame is comprised of frame members that are joined using corner pieces and T-pieces. For larger shutters, interior center bars may be used in combination with the frame members to support the moveable louvers. A series of flexible pivot rods are mounted within the frame, and the louvers are mounted on the flexible pivot rods.

Abstract: A slat tensioning mechanism is provided for holding interconnected slats of a louver assembly in a desired angulated position. The slat tensioning mechanism comprises a housing having wheel positioning means for rotationally receiving a bearing wheel. The bearing wheel has an outer circumferential flat wall, and hub means adapted for securement to an end connector of a slat, whereby the bearing wheel and the slat rotate together. A tensioning arm assembly is pivotedly engaged to the housing and has an arm disposed at a predetermined location with respect to the outer circumferential flat wall of the bearing wheel. The arm has a friction surface at a free end thereof for applying a pressure on the outer circumferential flat wall of the bearing wheel for frictionally arresting the bearing wheel at the desired position. The slat tensioning mechanism is adapted to be disposed in an upright of the louver assembly.

Abstract: A window protector assembly that protects both the inside and outside of standard panes of glazing from vandalism or other damage. The assembly comprises a pane of glazing, a sheet of protective material on the inside and outside of the glazing, and a frame. The frame pivots on the outer side of the glazing for quick loading and unloading of the glazing and the protective sheet on the outside of the glazing, and the frame also pivots closed to seal the glazing and protective sheets securely within the window protector assembly. The frame also comprises a recess wherein the protective sheet on the inside of the glazing is positioned.

Abstract: The present invention relates to veneered paneled elements such as doors. For example, a veneered raised panel door could include two vertically-oriented framing members (e.g., stiles) and two horizontally-oriented framing members (e.g., rails). These members are combined with a center panel to create a door frame. Each exposed edge of the door is layered with an edge banding. This edge banding (e.g., a wood or plastic veneer) covers any joints between the vertically-oriented and horizontally oriented framing members.

Abstract: A frame assembly (1) for mounting doors and the like comprising a pair of jambs (2, 3) and a header (4) for connecting said jambs, and, where required, a sill, each said jambs and header and sill (5) where required being a compression molding of filler, waste, or recycled particulate material bound together by a thermoplastic binder, each said jambs (2, 3) and header (4) presenting when assembled an inwardly facing planar surface of a width to receive a door to be mounted in said frame assembly and an inwardly projecting door stop shoulder formation projecting inwardly of said planar surface.

Abstract: Perimeter frame rails and door frames rails are described for a more thermally efficient and cost-effective display case such as for refrigerated display cases. The frames are preferably formed from cold rolled steel. A perimeter frame may include first, second and third walls defining an opening or a recess that can be closed by a contact plate. A door for a refrigerated display case may include a glass unit and a forward portion extending inwardly from a perimeter frame edge portion toward an edge of the forward glass pane and a first side portion extends rearwardly to a groove. An insulating member insulates the door rail from the cold area and includes a portion engaging the groove. A glass door is also provided for a refrigerated display case having a first glass panel, a second glass panel, and low emissivity coatings on the inside surfaces of the first and second glass panels. One or more intermediate glass panels can also be included.

Abstract: A self-supporting construction frame, with two vertical portions; and two horizontal portions. In the construction frame, one of the two vertical portions is an anchor portion; and the two horizontal portions are detachably coupled to the two vertical portions. A method of using the construction frame for installation of doors and windows is also disclosed.

Abstract: A pre-hung door and door frame in combination with nesting door posts. Preferably, the door posts have a central channel extending into contact with a door jamb soffit and one of the door jamb stops. The header includes a header tab extending from a nailing flange into a area defined by the door jamb rabbet, face and back bends to provide a more rigid connection between the header and the door jamb. The header also includes a pair of door jamb tabs integral with the header for securing the header relative to the door jambs.

Abstract: A composite frame member and a method for making the same. In one embodiment, the frame member is a door frame including a plurality of framing members, each including a core formed from a foamed or cellulosic material that includes a wall surface adapted to be mounted within a cavity formed in the wall of the house or other building with which the frame is to be used, and a door surface is opposed to the wall surface and is adapted to extend within the cavity. The core preferably includes a base member and a stop member mounted on the base member. Each framing member further includes a resilient shell, which, in some embodiments, may be snap-fit on, or adhesively bonded to, the core. A brickmold member is also disclosed, as are various methods for making the frame and brickmold members.

Abstract: A refrigerated, reach-in merchandiser having a product display area with a front opening defined by casing means having at least two mullion members, a reach-in door for closing the front opening and being hingedly mounted on one of the mullion members by door control means, said reach-in door having a transparent panel with a molded frame and at least two glass lites, door control means for hingedly mounting the door on said merchandiser, electric means for said merchandiser including lighting means on one of the mullion members for illuminating the display area, said electric means also including heating means for the glass lites of the transparent panel and including a key member for connecting said heating means to said merchandiser. A thermal door and a method for making the same are also disclosed.

Abstract: A system and method for installing trim around a window in a construction application where the jambs of the window are not as wide as the wall in which the window is being installed. The system uses jamb mounting elements attached to the jambs of the window. Trim mounting elements are either attached to the trim or its functional equivalents milled into the wood of the trim. When the trim is mounted to the wall surrounding the window, the jamb mounting elements and the trim mounting elements overlap, thereby eliminating any gaps between the trim and the jambs of the window. By overlapping the jamb mounting elements and the trim mounting elements, these two elements can be adapted to fill in the gaps between the trim and the window jambs across a large range.

Abstract: An improved doorjamb and brickmold is provided wherein an extruded thermoplastic molding and stop member is secured to wooden support members to define the doorjambs and mullions of a door and jamb assembly. The co-extruded plastic molding and stop members define both the stops of the assembly and the exposed decorative molding portion and also protect the wooden support members from exposure to the elements. A separate extruded extension adapts the structure for use with the wider opening in a modern thicker wall.

Abstract: Perimeter frame rails and door frames rails are described for a more thermally efficient and cost-effective display case such as for refrigerated display cases. The frames are preferably formed from cold rolled steel. A perimeter frame may include first, second and third walls defining an opening or a recess that can be closed by a contact plate. A door for a refrigerated display case may include a glass unit and a forward portion extending inwardly from a perimeter frame edge portion toward an edge of the forward glass pane and a first side portion extends rearwardly to a groove. An insulating member insulates the door rail from the cold area and includes a portion engaging the groove.

Abstract: A refrigerated enclosure frame including a frame member having a forward facing channel and at least one power transmission wire located within the forward facing channel.

Abstract: It is possible to easily and freely change a hinged side and an opening direction of a door when or after a resident moves into a house. Detachable inner frames having doorstop portions, flat portions, and locking nails are mounted to locking grooves in left and right vertical outer frames through spacers and a door main body is mounted to the heelpost side flat portion through hinges. By dividing a doorframe into vertical outer frames and inner frames, in order to change a hinged side of the door, inner frames are pulled out from the vertical outer frames and inserted into the locking grooves in the vertical outer frames after changing orientation of the inner frames according to the hinged side or exchanging the inner frames for inner frames suitable for the hinged side and the opening direction to thereby easily change the hinged side of the door main body.

Abstract: Apparatus for controlling the opening of a door that is held in its closed position in a partition by door-blocking. The apparatus comprises a section bar support of length at least substantially equal to the height of the door, and fixed to the door or to the partition in a position such that it has a first end located at one of the top and bottom ends of the door or of the partition. The support is fitted with power supply and with data transmission comprising at least two conductors which extend substantially to said first end so as to be connected to conductors situated in the vicinity of the end of the door or the partition at which said first end is located.

Abstract: The auxiliary frame has a plurality of frame bars made of plastic or metallic material. Each of the frame bars has a hollow inside and has a crossed reinforcing rib installed therein. One side of each of the frame bars forms an embowed reinforcing girder to achieve better reinforcing effect. A through hole and a snap groove are disposed at each side of the reinforcing girder. Two of the frame bars are disposed at opposite sides, while another frame bar is disposed at the top ends of the two frame bars. A fixing element is installed between the bottom ends of the two frame bars at two sides. The two ends of the frame bar at top end are screwed with the two frame bars via a plurality of screws vertically penetrating the through holes at the top ends of the two frame bars. The bottom ends of the two frame bars are screwed with the two ends of the fixing element via a plurality of screws vertically penetrating the through holes at the bottom ends of the two frame bars.

Abstract: Door frame kits to be assembled into door frames and door frames assembled from such kits. A door frame kit includes a top member, and first and second side members. Open edges are defined along substantially the full lengths of extruded metal structures of the top and side members, and communicate with cavities in the respective extruded metal structures. Each cavity has interiorly-facing side walls extending along substantially the full lengths of the extruded metal structures. Substrates are received in the respective cavities of the top and side members. The substrates extend outwardly of the cavities through the respective open edges. The substrates structurally reinforce the extruded metal structures between the side walls along substantially the full lengths of the extruded metal structures. Preferably the extruded metal structures are extruded aluminum structures and the substrates are wood.

Abstract: A light alloy frame profile system for windows and doors, in particular sliding-swinging door systems with a side piece and at least one movable door leaf, includes a plurality of profiles that are fixed to one another by means of fastening areas. To improve such a frame profile system so that it is substantially aesthetically and functionally uniform, and so that it may be used with simple and material-conserving fabrication methods as well as uniform installation techniques, the fastening area may be realized in the form of a rail that is formed by two hooks and a projection located between them.

Abstract: A frame including a bracket receiver structure and at least one frame-to-sash bracket removably secured to the bracket receiver structure such that the frame-to-sash bracket can be removed or repositioned to enable various sash types to be interchanged within the frame. The frame-to-sash bracket can be a bracket configured to mount a double-hung sash, an inswing sash or an outswing sash within the frame. The various sash types can be installed from either the exterior side or the interior side of the frame.

Abstract: A structural assembly defining a corner of a doorway for a railway boxcar in which a square-cornered doorway opening is provided and yet stress concentrations are avoided. A corner connecting member interconnects upright and horizontal doorway frame structures, but instead of including an angular intersection of vertical and horizontal surfaces defining the doorway opening, the corner member includes an arcuate concave connecting surface extending between the upright and horizontal surfaces defining the doorway opening. The arcuate concave connecting surface is located outside the doorway opening and extends around the location where the vertical and horizontal surfaces would intersect, so that there is no angular intersection to concentrate stresses. An insert fits matingly along the arcuate concave connecting surface and has an inside corner defined by surfaces that are located to extend the vertical and horizontal surfaces and define the corner of the doorway opening.

Abstract: A refrigerator door for a refrigerated display case includes a glass unit having first and second spaced apart glass panels where the first panel has a forward facing surface and the second panel has a rearward facing surface. A spacer element extends between the first and second glass panels. A door rail element includes an external perimeter wall extending from a point adjacent the edge of the first glass panel to a point adjacent the second glass panel. The door rail element also includes a portion which extends within the space between the first and second spaced apart glass panels and a portion which extends externally of the spaced apart glass panels to the perimeter wall. The door rail element further includes a rear wall portion extending inwardly toward the center of the door from the perimeter wall and over a portion of the rearward facing surface of the second glass panel. In one aspect, one or more of the door rail elements may be formed from a composite, for example, resin and glass fibers.

Abstract: An inspection opening frame includes frame components each of which is provided with a support portion extending along the inner surface of an inspection opening, a front wall holding portion projecting outward from the front surface of the support portion, a rear lid holding portion projecting inward from the rear surface of the support portion, a front lid holding portion projecting inward from the front surface of the support portion and pivotally supported about a hinge, a rear wall holding portion projecting outward from the rear surface of the support portion and pivotally supported about another hinge, and locking portions each having a hook and a projection for disengageably locking the front lid holding portion and the rear wall holding portion in holding positions. The inspection opening frame can be easily mounted at the inspection opening without using a backing or the like.

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 self-supporting construction frame, with two vertical portions; and two horizontal portions. In the construction frame, one of the two vertical portions is an anchor portion; and the two horizontal portions are detachably coupled to the two vertical portions. A method of using the construction frame for installation of doors and windows is also disclosed.

Abstract: A sill for supporting a wall panel such as window panels for a modular solarium comprises a forward or outer sill, an intermediate rail, an inner channel, and an inner flange. The intermediate rail extends laterally inward from the outer sill. The rail includes a ramp and a raised surface. The ramp defines an outermost portion of the rail and extends upwardly from the outer sill to the raised surface. The rail terminates at the channel. The channel extends laterally between the rail and the flange. The bottom of a wall panel fits over the rail and has an inner leg which extends into the channel. Fasteners secure the inner leg on the wall panel to the inner flange.

Abstract: A refrigerated enclosure frame including a frame member having a forward facing channel and at least one power transmission wire located within the forward facing channel.

Abstract: A composite frame member and a method for making the same. In one embodiment, the frame member is a door frame including a plurality of framing members, each including a core formed from a foamed or cellulosic material that includes a wall surface adapted to be mounted within a cavity formed in the wall of the house or other building with which the frame is to be used, and a door surface is opposed to the wall surface and is adapted to extend within the cavity. The core preferably includes an elongate base member and an elongate stop member mounted on the base member in a parallel relationship to the base member. Each framing member further includes a resilient shell, which is preferably formed from a waterproof material, and which, in some embodiments, may be snap-fit on the core. A brickmold member is also disclosed, as well as various methods for making the invented frame and brickmold members.

Abstract: The present invention provides a door frame device which comprises a first substantially F section bracket from which a door may be hung, for engagement with one lateral face of a wall, a second substantially L section bracket oppositely disposed to and slidably engagable with the first bracket, for engagement with an opposite lateral face of the wall, the device therefore being capable of accommodating walls of varying thickness in order to permit quick and simple fitting of a door frame.

Abstract: A door frame has hinge and latch jambs extending from opposite ends of a header jamb. Each jamb has an inside section for extending into a doorway opening in a wall and having a molding section extending laterally outwardly from the respective inside section for overlying a face of the wall adjacent the doorway opening. Each molding section includes an inner end extending from the inside section, an outer face extending generally perpendicularly from the inner end and an outer free end extending generally perpendicularly from the outer face. A jamb securing and sealing flange is joined to a jamb. The flange has first and second end sections coupled by a centered section. The first second is substantially parallel to and affix to a inner surface of the outer face of one jamb. The second end section extends substantially parallel to the first end section and laterally outwardly beyond its outer free end.

Abstract: A door (18) for sealing the opening (14) to a walk-in steam sterilizer is formed from a stainless steel plate (50), sized to cover the opening, and a load-bearing framework (52), which is formed from a material having a different coefficient of thermal expansion to that of the plate, such as carbon steel. The framework includes a set of horizontally-spaced I beams (60) which are connected together at their ends by an outer frame (64). The framework is flexibly connected to an exterior surface of the plate by a number of flexible joints (56), such as carbon steel straps. The straps are welded at either end to the plate to form loops. The I beams are supported in the loops. As the temperature inside the sterilizer changes, causing the components of the door to expand or contract, the framework and the plate are able to expand or contract at different rates without resulting in bowing or other distortion of the door. Sets of rollers (22, 24) are rotatably mounted to upper and lower ends of the outer frame.

Abstract: A door frame clip is provided for interconnecting first and second door frame members when a longitudinal end of the first door frame member bears against a surface of the second door frame member at a portion of the surface which is adjacent to a longitudinal end of the second door frame member. The door frame clip comprises an apex, a first arm extending from the apex, and a second arm extending from the apex in a direction which is substantially orthogonal to the first arm. The second arm is significantly longer than the first arm to enable the second arm to reach the first door frame member when the apex engages an outside edge of the longitudinal end of the second door frame member. Also provided is a door frame system. The door frame system comprises a first leg member, a second leg member, a header, a first door frame clip, and a second door frame clip. The second leg member is substantially parallel to the first leg member.

Abstract: A system for providing a water proof seal at the interface of a building accessory unit such as a window unit mounted within an opening formed within an exterior wall system. The opening is defined by first and second side jambs, a sill and a head. The exterior wall system has an exterior wall structure and an interior wall structure, and the interior wall structure has an inside wall and an outside wall. In one embodiment, the system comprises first and second unitary flashing members, one connected to each of the jambs. Each of the first and second unitary flashing members comprises a first panel having a width x, a second panel having a width y, and a third panel having a width z. The three panels are connected together along a common edge. The second panel is substantially perpendicular to the first panel, and the third panel is off-set from the first panel and the second panel.

Abstract: An enclosure door for an insulated space includes an insulated door member that is hingedly mountable to a door frame of an insulated enclosure. A release latch is attached to the door frame for opening the door member. Further, a protective member is affixed in covering relation to at least a portion of an inner face of the door member and is operable to open the door member upon experiencing an impact thereupon. In a particular embodiment, the protective member is affixed to each of a pair of facing door members, each operable to open both door members upon experiencing an impact thereupon.

Abstract: A pre-hung door and door frame in combination with nesting door posts. Preferably, the door posts have a central channel extending into contact with a door jamb soffit and one of the door jamb stops. The header includes a header tab extending from a nailing flange into a area defined by the door jamb rabbet, face and back bends to provide a more rigid connection between the header and the door jamb. The header also includes a pair of door jamb tabs integral with the header for securing the header relative to the door jambs.

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: A preferred fenestration product (10), such as a window, includes a plurality of installation fins (22) rotatably coupled with the mounting surfaces (36) of respective frame members (28,30) of the product (10). Each fin (22) is rotatable between a retracted position in which the fin (22) is positioned flush against a respective mounting surface (36) and extends toward the outboard side (32) of the product (10), and an extended position in which the fin (22) extends outwardly from a respective mounting surface (36). This configuration allows the product (10) to be installed in a building opening (12), shimmed as needed for level and plumb with the fins (22) in the retracted position, and then rotated to the extended position and attached to the framework (16) surrounding the opening (12).

Abstract: A window protector assembly having pivoting retaining members that can be pivotally attached to a frame defining an opening that is adapted to receive the glazing of the window and also one or more protective layers. In one embodiment, an outer protective layer and an inner protective layer are positioned within the opening with the glazing interposed between the outer protective layer and the inner protective layer. The pivoting retaining members are adapted to move between an opened position wherein the protective layers and the glazing can be removed from the window and a closed positioned wherein the retaining members secure the protective layers and the glazing within the opening of the window frame. The pivoting retaining members further include a securing mechanism to secure the protective members within the window frames.

Abstract: The apparatus relates to an aluminium section member assembly with thermal bridge gap for window and door frames. The subject section member assembly comprises an outer section member (10, 20) and an inner section member (11, 21), which are coupled to one another by at least two strips (12, 13, 14, 15) made of a thermally insulating synthetic material. The two strips (12, 13, 14, 15) and the section member region arranged between the two strips define and inner chamber (15). In this chamber is arranged a filling body (30) made of a thermally insulating synthetic material which prevents any convection flows from occurring in the chamber, thereby improving the thermal insulation between the outer section member (10, 20) and inner section member (11, 21).

Abstract: A sliding door assembly includes a door frame positioned in a structure opening. The door frame includes a roller track along a bottom portion. A fixed door panel may be positioned in the door frame. A sliding door panel is slidably positioned in the door frame and includes a sliding wood door sash, and a reinforced transparent panel carried by the sliding wood door sash. The sliding door panel further includes at least one roller extending outwardly from a bottom of the sliding wood door sash to engage the roller track. At least one shim or other vertical constraining member is mounted adjacent a top of the sliding door panel for vertically constraining the sliding door panel against upward movement when in a closed position so that the roller remains on the roller track despite hurricane force winds. At least one bracket may be connected to the door frame adjacent the bottom of the sliding door panel to laterally confine the sliding door panel despite hurricane force winds.

Abstract: An air passage switching system includes a case forming an air passage having an opening portion, and a butterfly door for opening and closing the opening. The door includes a door body portion made of a material having a high rigidity, and a seal member attached to the door body. The seal member is made of an elastic material, and is formed into a thin-plate shape to extend from an outer peripheral portion of the door body portion toward an outer side. The seal member of the door is press-fitted to a case seal surface around the opening portion along a seal line (D), so that the opening portion is closed. The door is set in such a manner that an inner peripheral curvature radius (RC2) of a corner portion of the case seal surface on the seal line is larger than an outer peripheral curvature radius (RD) of the seal member on the corner portion. Thus, the air passage switching system prevents air leak due to a deformation of the seal member while being produced in low cost.

Abstract: A knockdown doorframe includes: a pair of jambs (1) respectively secured on a right and left vertical side wall (V) of a door entrance or doorway (O) by means of brackets (2) longitudinally pre-fixed on the right and left vertical side walls (V), each jamb (1) having a waterproof pad (3) cushioned on a bottom of the jamb (1), a lintel (4) horizontally secured on the top portion of each jamb (1) adjacent to a horizontal top wall (H) of the doorway to form an inversed U-shaped doorframe, and each jamb (1) and lintel (4) having a covering plate (5, 5a) covered thereon for shielding an aperture (A) between the doorframe and the wall (V, H) of the doorway (O) for decorative purpose.

Abstract: An apparatus for reinforcing a door frame, comprising a pair of elongated metal plates extending substantially the length and width of the jambs forming either side of the door frame. Each of the metal plates defines a plurality of attachment holes for attaching the plates individually to the back sides of each of the jambs with fasteners passing therethrough. In addition, each plate defines a plurality of installation holes for allowing the door frame to be secured in the framed opening with fasteners passing through the jambs, the installation holes, and into adjacent members of the framed opening. Each plate further defines a plurality of openings along the lengths thereof, which allows attachment of appropriate hinges or strike plate to the front side of the corresponding jamb by fasteners passing through the hinge or strike plate, the jamb, the openings, and into an adjacent member of the framed opening.

Abstract: A standard sized, or standard shaped profile for use as header, sill, latch jamb and/or striker jamb portions within a framing section, each of the standard shaped and sized profiles includes a first side and a second side wherein are provided mounting portions to mount the framing sections via a supplementary member engaged with the mounting portions to a wall adjacent an opening and thereby enable a wing pivoted from said completed frame to be swung inwardly in a first embodiment or outwardly in a second embodiment from framing sections made from the identical profiles.

Abstract: A kit for an adjustable size shutter includes a shutter panel and a mounting member fastenable to a window support, the mounting member being pivotably securable to the panel at one end thereof and defining at an opposite end thereof a longitudinally extending mortise. The kit further includes a size adjustment member of a first width defining at one end thereof a longitudinally extending mortise and at an opposite end thereof a longitudinally extending tenon configured and dimensioned to be received within the mounting member mortise. The kit may additionally include an additional size adjustment member of a second width. In another embodiment, the kit includes a mounting member fastenable to a window support, and a shutter panel pivotably securable to the mounting member at one end thereof and defining at the opposite end thereof a longitudinally extending mortise.

Abstract: There is described an improved flashing system for exterior doors and windows. The system comprises a header, right and left hand vertical drainage channels and right and left hand corner sections which join the header to the vertical channels on either side of the door or window. The header is designed to provide normal protection for the top of the door or window from water infiltration and also provides at the rear thereof a dam and weep holes for removal of any rainwater which may infiltrate between the flashing and applied siding. The system design provides a continuous channel to conduct any infiltrating water from the header via the corner sections to the vertical channels wherefrom it drains downward and is harmlessly removed at the base of the window or door.