Abstract: A flashing comprises a preformed plastics element having a body (1) with an inner face (13) and an outer face (11), the body having an upper edge (3), a lower edge (5), a first end (7) and a second end (9), and a continuous lip (15) formed along the upper edge, which lip is directed away from the outer face of the body.

Abstract: A protective joist cover is adapted to cover a joist. The joist cover includes a top section and a bottom section. The top section has a top end web and a pair of substantially parallel top side webs each extending from an end of the top end web. The top side webs are substantially perpendicular to the top end web. The bottom section has a bottom end web and a pair of substantially parallel bottom sides webs each extending from an end of the bottom end web. The bottom side webs are substantially perpendicular to the bottom end web. The pair of top side webs and the pair of bottom side webs are dimensioned such that they overlap when positioned over the joist. The protective joist cover is made of a thermoplastic material.

Abstract: A deck post (or brace) having a non-circular cross-section is secured to a roof deck. A lead pipe jack (sleeve) is slid over the post. A waterproofing assembly having a collar and a skirt is provided; the collar has an opening with generally the same non-circular cross-section as that of the post. The collar opening is positioned on the deck post, and the unit is slid down the post until the collar is at the top of the sleeve, the skirt extending down over the sleeve. A clamp is then positioned and tightened around the collar to provide a watertight seal on the deck post. When the post is already installed on a roof deck and the sleeve and the waterproofing assembly cannot be slid into place on the post, a modified retrofit waterproofing assembly and sleeve are used to provide the waterproofing. The modified sleeve is a split lead flashing jack with an open seam on one side. The sleeve is opened up, wrapped around the post and soldered closed.

Abstract: A method and apparatus for providing a flashing configured to reduce moisture intrusion in a building structure at a foundation and exterior treatment interface. The flashing includes an upper portion, a middle portion and a lower portion. The upper portion includes a back surface and a front surface and is formed and configured to be positioned against a wall positioned on the foundation. The middle portion includes a bottom surface and a top surface extending from the upper portion and is formed and configured to be positioned against a top surface of the foundation. The lower portion includes a back surface and a front surface extending downward from the middle portion, wherein the lower portion is formed and configured to be positioned against a face surface of the foundation a distance to reduce moisture intrusion from entering behind the lower portion.

Abstract: A method and apparatus that provides a flashing member configured to reduce moisture intrusion in an upper portion of a wall proximate a vent in an eave portion of a building structure. The flashing member includes a upper portion and a lower portion, the upper portion extending to the lower portion. The upper portion is formed and configured to be positioned adjacent a portion of a roof structure above the eave portion so as maintain air circulation through the vent into the roof structure. The lower portion is formed and configured to be positioned against the wall of the building structure and configured to extend below the vent. In this manner, the lower portion and the upper portion act in conjunction to facilitate reduction of moisture intrusion into the upper portion of the wall in the building structure.

Abstract: A method and apparatus for providing a flashing member configured to reduce moisture intrusion into a building structure at a foundation and exterior treatment interface. The flashing member includes a j-channel portion having a wall flashing portion and a channel portion. The channel portion is configured to receive a bottom portion of the exterior treatment and the wall flashing portion is configured to be positioned against the exterior treatment. The flashing member also includes an extension member having a foundation contacting portion. The extension member extends downward from the channel portion of the j-channel portion so that the foundation contacting portion is configured to be positioned against a face surface of the foundation to reduce moisture intrusion from entering behind the foundation contacting portion.

Abstract: A method for flashing a building structure having openings therein and portions of discontinuity in one or more exterior treatments of the building structure. The method incorporates flashing materials for flashing a building structure during construction thereof. In the method, the flashing for the openings in the building structure and the portions of discontinuity in one or more exterior treatments of the building structure are provided. In addition, a flashing crew is provided, wherein the flashing crew includes one or more individuals skilled in installing the flashing to the building structure. Such a flashing crew is organized to install the flashing to the openings in the building structure and the portions of discontinuity of the one or more exterior treatments of the building structure.

Abstract: A method and apparatus for providing a flashing configured to reduce moisture intrusion in a building structure between two exterior treatments. The flashing includes a lower portion, a upper portion and a middle portion intermediate the front and upper portions. The upper portion includes a back surface and a front surface and is configured to be positioned between a wall structure of the building structure and a second exterior treatment. The middle portion includes a bottom surface and a top surface and is configured to be intermediate the first exterior treatment and the second exterior treatment. The lower portion includes a back surface and a front surface and is configured to be positioned against a face surface of a first exterior treatment a distance so as to reduce moisture intrusion from entering behind the lower portion of the flashing.

Abstract: A method and apparatus for providing a flashing system for reducing moisture intrusion at a wall and exterior molding interface of a building structure. The flashing system includes at least one flashing piece and a mold flashing. The at least one flashing piece includes a flashing portion and a sealing portion, wherein the flashing portion extends transversely with respect to the sealing portion. The at least one flashing piece is configured to be positioned against a wall of the building structure and the sealing portion is configured to be positioned adjacently along side an outer surface of the molding. The mold flashing is configured to at least partially cover the molding and overlap the sealing portion. With this arrangement, the flashing system reduces moisture intrusion from contacting the molding and reduces moisture intrusion at the wall and molding interface of the building structure.

Abstract: A method and apparatus for providing a flashing system configured to reduce moisture intrusion at an opening extending through an exterior treatment of a building structure. The flashing system includes at least one flashing piece having a main flashing portion and a scaling flange. The main flashing portion is configured to extend outward a distance from a periphery of the opening of the building structure to provide an effective moisture barrier and configured to be positioned against a wall having the opening defined therein. The sealing flange is formed and configured to extend outward from the main flashing portion and configured to be positioned adjacent a peripheral-opening-structure at the periphery of the opening. The flashing system also includes a drip flange extending downwardly outward from a portion of the sealing flange.

Abstract: A method and apparatus for providing a flashing-integrated window frame configured to reduce moisture intrusion in a building structure. The flashing-integrated window frame includes a window frame and a drip flange. The window frame includes a front and a periphery and the drip flange is configured to extend from a bottom portion of the window frame. The drip flange includes a downward extension configured to extend from the bottom portion of the window frame and an outward extension extending from the downward extension. With this arrangement, the drip flange is configured to substantially direct moisture away from the building structure.

Abstract: A die system for use in formation of a welded flashing, comprising a body portion comprised of a conducting material, the body portion having a first end and a second end; an indent portion at the first end of said body portion adapted to accept a portion of the flashing during welding; and where the portion of the flashing accepted in the indent portion of the body portion is folded away from an operational connection between the first end of the body portion and a welder during welding.

Abstract: The present invention relates to a roofing shingle, which can surely prevent water such as rainwater from leaking through a roof. A roofing shingle has a rectangular plate (11) provided with first through fourth seam portions (11a-11d). The first and second seam portions (11a, 11b) are positioned in a pair along opposite side edges of said plate and folded in opposite directions with respect to a plane of said plate. The third and fourth seam portions (11c, 11d) are positioned in a pair along opposite end edges of said plate and folded in opposite directions with respect to the plane of said plate. The roofing shingle comprises a waterproofing sheet member (20) having a sheet (21) with its configuration greater than that of said plate and adhesive layers (22a, 22b) provided on both sides of the sheet.

Abstract: A device (122) for a valley gutter of a roof, the device comprising side wall portions for defining a flow for water therebetween and support portions (124, 126) for supporting the device on a roof over the valley gutter.

Abstract: A roof edge fascia or coping cover having an aerodynamic exterior shape mainly comprising a lower face portion, an intermediate face portion, and a top face portion. The lower face portion is either generally vertical, or sloping or curving upwardly and outwardly, forming an angle within 60° to the vertical outer wall surface of a building. The top face portion, of a substantial lateral size, is generally disposed within ±25° from horizontal. The intermediate face portion, having at least one segment of a substantial lateral size sloping or curving upwardly and inwardly, connects the lower and top face portions. Slope changes at a junction between any two adjacent face portions, or adjacent segments thereof, are generally less than or equal to 50°.

Abstract: A seamless skylight flashing has a frusto-conical curb defining an open top that can be covered by a skylight dome and an open bottom. A flat skirt extends radially away from the open bottom. Plural strengthening ribs are oriented radially on the skirt, and a peripheral rib is formed on the outer edge of the skirt. The skirt is preferably formed by die presses.

Abstract: A pipe flange system for facilitating replacement of flashing around an electrical service entrance pipe on a roof. The pipe flange system includes a lower flange assembly for engaging a service entrance pipe which includes a lower base portion designed for resting upon a slant roof and a lower conical portion for engaging a portion of a perimeter wall of the service entrance pipe; and an upper flange assembly for engaging the service entrance pipe which includes an upper base portion designed for resting upon a slant roof and an upper surface of the lower flange assembly and an upper conical portion for engaging a second portion of the perimeter wall of the service entrance pipe.

Abstract: A rain water diverter (transition flashing) to prevent water intrusions at eave of sloped roof and vertical wall abutments, The diverter comprises of a vertical wall flange that lies along the wall and a roof flange that lies against the sloped roof, spanning the lower portion of the roof flange is the up-turned U-shaped diverter, at an angle of preferably 95° or more from vertical flange. The unit has J-trim to accommodate sidings and a starter shingle slot that also serves as a stop to aid in installation.

Abstract: A deck post (or brace) having a non-circular cross-section is secured in place by bolting its mounting bracket to the roof deck. A lead pipe jack is slid over the post, and its lower flange is nailed to the deck. A waterproofing assembly having a collar and a skirt is provided; the collar has an opening with generally the same non-circular cross-section as that of the post. The collar opening is positioned on the deck post, and the unit is slid down the post until the collar is at the top of the lead pipe jack and the skirt extends down over it. A stainless steel hose clamp is then positioned and tightened around the collar to provide a watertight seal on the deck post. When the post is already installed on a roof deck and the jack and the waterproofing assembly cannot be slid into place on the post, a modified waterproofing assembly and jack are used to provide the waterproofing. The modified jack is a prior art split lead flashing jack with an open seam on one side.

Abstract: A pipe boot having a vertical portion adapted to surround a predetermined portion of the pipe to be covered, the vertical portion having a top end and a bottom end, wherein the top end has a top opening and wherein the bottom end has a bottom opening; a base portion, wherein the base portion is connected to a bottom edge of the vertical portion and wherein the vertical portion extends substantially in the vertical direction when the base portion resides on the roof. It is also preferred that the bottom opening of the boot be adapted to accept a pipe to be covered. In the preferred embodiment, the top end of the vertical portion has a slit, the slit running vertically down a predetermined distance of the vertical portion of the boot and wherein the slit allows the top opening of the vertical portion to be adjusted in size to fit around the pipe to be covered.

Abstract: A conduit housing for enclosing the juncture between a roof and an elongated conduit such as flexible cable or a pipe extending upwardly through the roof is disclosed. The housing may be installed while the conduit remains in situ and without disconnecting the conduit from an external utility to which it is connected. The housing includes first and second base sections, a hood, and a conduit opening extending through a side wall of the housing. The base sections are slidably engageable with each other around the conduit on the roof to form a base assembly. The base assembly has an open top and extends peripherally around an interior region containing a lower portion of the conduit. The hood is engageable with the base assembly to cover at least the open top of the base assembly. The conduit opening is sized to provide a passage for the conduit from within the interior region to an external region outside the housing, and it may extend through a side wall of the base assembly or a side wall of the hood.

Abstract: A roof edge system includes a water dam and a fascia secured to the water dam with spring clips. The water dam is mounted to a roof and extends upwardly to a peak before extending downwardly along the face of an outside wall. Each spring clip is mounted to the water dam, and is covered by the fascia. The fascia includes a catch that cooperates with a detent on the spring clip to hold the fascia in place. The fascia extends over the peak of the water dam and down the wall to a hook portion that hooks over an outwardly extending lip at the lower end of the water dam. The resulting system provides a hidden connection between the water dam and the fascia, is inexpensive, and can be quickly and easily assembled and disassembled without any tools, while also providing superior wind and water resistance and improving the appearance of the roof edge.

Abstract: A cornice device for building structures including a crown member and a connector member. The crown member has a first end configured to attach to the roof portion of the building structure and a second end. The crown member may include an optional fascia board and an optional roof nailer member attached to the fascia board. The connector member comprises a first leg configured to cooperate with the second end of the crown member. The second leg of the connector member is configured to couple to the outer wall of the building structure. The crown member and the connector member are configured to flex during installation to accommodate for various framing variances. The cornice device also includes means for discharging water from the cornice device which is spaced apart the outer wall of the building structure so as to keep the water discharged from and off the cornice device from damaging the outer wall.

Abstract: A flashing assembly includes an outer flange that covers a portion of a wall around a rough opening and a weather strip that engages the rear surface of a nailing flange of a door or window. An outer flap is bonded to or integrally formed with the outer flange. Once a window or door is installed in the rough opening, the outer flap is adhesively sealed over a nailing flange. In one embodiment of the invention, the flashing assembly also includes an inner lip that fits within the rough opening. The inner lip may include a raised water or air dam.

Abstract: A flashing strip for placement at an intersection between a wall and an adjacent roof against which a plurality of shingles are to be laid, the flashing strip comprising an elongated back panel from which a plurality of flashing tabs extend outward. The flashing tabs are disposed at an angle to the axis and in substantially parallel planes to one another. During use, the elongated back panel is disposed against and coupled to the wall at the intersection, and shingles are then placed along the flashing tabs during the roofing process. The flashing strip may also include a ledge and/or a decorative molding above the flashing tabs. The flashing strips may be placed end to end to form a continuous flashing strip that may be installed before the placement of siding or the like on the wall. The siding may be installed by positioning the siding against the ledge before or after placement of the singles.

Abstract: A water holding and dispersing apparatus for catching and retaining rainwater for later watering usage. The water holding and dispersing apparatus includes a housing having a top wall, a bottom wall, a front wall, a back wall, a first side wall and a second side wall. The housing comprises a substantially rigid material. A supply pipe is positioned nearer the top wall than the bottom wall and has a first end fluidly coupled to the housing. A second end of the supply pipe is fluidly coupled to a gutter of a dwelling such that water in the gutter will flow into the housing through the supply pipe. A first drainage pipe is fluidly coupled to the first side wall and is located generally adjacent to the bottom wall. The first drainage pipe has a valve thereon for selectively opening and closing the first drainage pipe.

Abstract: An enclosure assembly for use with mechanical penetrations through a roof including a plurality of structural sections. Each structural section has a vertical portion, including a first end and a second end, and a horizontal portion. Each first end includes projections and each second end includes receptacles, wherein each projection is adapted to sealingly engage with a receptacle of an adjacent structural section. Each projection is inserted into a cooperatively aligned receptacle of an adjacent structural section to form a polygonal-shaped assembly having a plurality of connections and defining a cavity. The projections may be hook-shaped and the receptacles may be rectangular-shaped. The resulting cavity is shaped to contain a sealing material suitable to sealingly enclose a mechanical penetration and a portion of the exterior roof surface within the cavity.

Abstract: A pliable, ductile plate-shaped roof flashing is disclosed. The roof flashing has a laminate structure comprising a composite layer and a foil sheeting on one or both sides of the composite layer. The composite layer comprises a carrier material and one or more non-structural constituents. At least one of the non-structural constituents comprises a heavy metal compound having a density higher that 3.5 g/ml.

Abstract: A structural termination system includes an elongated structural member having a generally horizontal lower web defining a lower surface shaped to fit closely along the upper surface of a building. Moisture curable adhesive is disposed on the lower surface, and extending substantially uninterrupted along the entire length of the structural member to form a seal along the entire structural member when installed on an upper surface of a building.

Abstract: The present invention relates to a building having a roof with structured roof tiles and a structure projecting out from the roof surface, such as a chimney, a window, a wall, or ventilating pipe and to a method of constructing a roof of a building covered with structured roofing tiles and a structure projecting out from the roof surface, such as a chimney, a window, a wall, or ventilating pipe and also the gap between a ridge, an arris or hip covering.

Abstract: An integral, pre-formed edge closure fabricated from a non-corrosive, durable material includes an anchoring flange for attachment to a roof structure, an upper flange, an intermediate panel spanning between the anchoring flange and the upper flange, a cant panel positioned at an acute angle relative to the upper flange to define a cant strip along a length of the edge closure, and a mounting strip above the cant panel for securing the edge closure to a concrete parapet or other adjoining vertical wall on a roof structure. The anchoring flange and upper flange are spaced apart for receiving a thickness of insulation of lightweight concrete therebetween. The intermediate panel is provided with vent holes for venting gasses and moisture which accumulate within the roof structure, thereby reducing the likelihood of premature roof failure. In one embodiment, the mounting strip extends vertically to a top plate and downwardly depending lip.

Abstract: The present invention is directed to a diverter and to a method that prevents rainwater from seeping behind siding or under roofing material, yet at the same time does not allow the buildup of debris creating a back up of water or allow the formation of ice dams to create a back up of water. In one form the present invention is installed to a vertical wall at a juncture between the vertical wall and an edge of a sloped roof to prevent water flowing along a roof-wall juncture from seeping behind siding located on the vertical wall and shingles located on the sloped roof. The invention comprises a back wall, a top wall, a bottom wall, a first side wall, and a second side wall in the form of an open sided box. The open side extends outwardly from the vertical wall to serve as an exit, with the top wall having at least one access opening.

Abstract: A flashing assembly that incorporates a plurality of overlapping flashing sections that are each preferably formed from a sheet material. Each section includes opposite edge portions that are arranged about a generally V-shaped configuration. Joining the sections together is at least one clinch joint that is substantially formed and registered upon the overlapping edge portions of at least two different overlapping flashing sections. The clinch joint is adapted to releasably fasten the at least two sections. Various modifications include one or more additional clinch joints that are also substantially formed upon the same overlapping edge portions of the first clinch joint and the V-shaped configuration that forms an angle of approximately 90 degrees. In other variations of the preceding modifications, the clinch joint is a mechanical press fit interference joint or a welded, press fit, or adhesive joint, or some combination or permutation thereof.

Abstract: The combination of: a) a first water collection section for a masonry wall having a first bottom wall, a first back wall, and a first side wall bounding a first collection space; b) a second water collection section for a masonry wall having a second bottom wall, a second back wall, and a second side wall bounding a second collection space; and c) a first connector for joining the first and second water collection sections to maintain the first and second water collection sections in an operative relationship.

Abstract: A flashing frame for a roof-penetrating building part, in particular in a roof window frame, comprises mutually connected frame members (6, 12) of weather-shielding material for positioning along the sides (1-4) of the roof-penetrating building part adjoining the roofing. The frame members for positioning along sides (3, 4) of the roof-penetrating building member, which do not extend perpendicularly to the pitch of the roof, consist of flashing members (7) designed as L-profiles with a profile wall (8) for positioning at least partially under the roofing (5), and an upright profile wall (9) for positioning in abutment against the side of the roof-penetrating building part. Flashing members (7) are placed in the side frame members in extension of each other with mutual overlapping.

Abstract: Deck joist flashing 10 is provided which includes a top wall 20 extending between lateral edges 22 spaced apart by a width similar to a width of a joist J to be protected from coming into contact with water. Side walls 30 extend down from the lateral edges 22 of the top wall 20. Bottom edges 34 of each side wall 30 include a beveled wall 40 extending therefrom. Each beveled wall 40 extends diagonally away from the bottom edges 34 of the side wall 30 to a tip 44. The tips 44 of the two beveled walls 40 are spaced further from each other than the lateral edges 22 of the top wall 20 so that the tips 44 are spaced away from sides of the joist J by the flashing 10. In this way, water is directed away from surfaces of the joist J to preserve the joist J from deterioration associated with contact with water.

Abstract: An improvement in a pitched hip roof construction of a building construction is provided wherein the building construction has at least four wall sections, the roof construction comprising roof decking portions joined at at least the exterior hip junctures thereof, the outer edge of the roof construction overhanging the walls of the building construction and comprising in a roof edge plate affixed to the ends of roof rafters which are adapted to support the decking portions and the subsequent exterior roofing materials. The improvement in the roof construction further comprises having a roof drip edge applied over the terminal end of the decking portions and the roof edge plate, wherein the end of each juncture has means for covering affixed thereto prior to applying the exterior roofing materials.

Abstract: The present invention is an improved method of making cornice assemblies and other trim members utilizing the process of pultrusion. The cornice assemblies and the other trim members made by the method of the present invention exhibit superior strength to weight ratios, low expansion and contraction due to changes in temperature and humidity, as well being less labor intensive to install.

Abstract: A flashing comprises a preformed plastics element having a body (1) with an inner face (13) and an outer face (11), the body having an upper edge (3), a lower edge (5), a first end (7) and a second end (9), and a continuous lip (15) formed along the upper edge, which lip is directed away from the outer face of the body.

Abstract: A system and method of panelized construction for use in construction of a building module, such as a residential housing addition. A plurality of pre-fabricated panels, such as wall panels, roof panels, floor panels, and ceiling panels may be provided to decrease on-site building time. The panels may comprise one or more covering layers pre-installed on a frame. The panels may also comprise pre-installed insulation or other core materials. The panels may further comprise a pre-installed portion of a house system, such as an electrical system. Additionally, the panels may comprise pre-installed windows, doors, or skylights. The panels may be designed to meet the residential building code requirements of one or more jurisdictions to decrease permitting time and inspection delays. The panels and other materials may be included in a building kit for a building module to be constructed by contractors or do-it-yourselfers.

Abstract: A foundation flashing comprises a horizontal member adapted to rest atop the upper surface of a foundation between the upper surface and a frame of the building supported atop the foundation, and a vertical member joined to the horizontal member. At least a portion of the vertical member is adapted to lie against a surface of exterior sheathing that is affixed to the frame of the building. A sheathing locator projects generally horizontally from the vertical member, the sheathing locator being positioned to be abutted by a bottom edge of the sheathing when the sheathing is affixed to the frame. The flashing in one embodiment is disposed between the sheathing and the frame of the building, the sheathing locator projecting outwardly from an outer surface of the flashing.

Abstract: A non-absorbent, compressible joint forming device fabricated from closed cell, low density polyethylene foam material and used in expansion or contraction joints and isolation joints of sidewalks, driveways, highways, runways, parking decks an other applications where concrete slabs are used, comprising: a retained base for allowing expansion, contraction, and isolation of said joints wherein said non-absorbent, compressible base material is retained in said construction application and a tear-off strip wherein frangible bridges across said material thickness spaced in a predetermined manner along the length of said joint forming system are the means whereby said retained base and said tear-off strip are held together during a construction application, and a non-absorbent reservoir for sealant deposition when said tear-off strip is removed.

Abstract: A coping or fascia assembly for a flat or raised building roof edge, parapet wall, cant dam, gravel stop or the like resiliently maintains the coping or fascia assembly in a tight-fitting interlocking installation and has a locator member beneath the coping or fascia cap for maintaining at least a portion of the outer coping cap in a predetermined cross-sectional shape and in an accurate alignment between adjacent sections of the coping cap. The locator member has a free-floating side edge in order to allow it to yield during installation of the coping or fascia cap. The preferred triangular locator member is generally symmetrical with respect to a line normal to the face of the wall, dam stop or other raised roof protrusion. The coping assembly is quicker, easier, and less costly to install than prior such structures and provides enhanced protection for interior or underlying components or structures.

Abstract: A method of installing flooring to a bathroom floor which utilizes a coving cap attached to a bathtub wall or shower enclosure, to form a waterproof and flexible seal. The edge of the flooring material is inserted into an inverted “J” shaped coving cap, which traps the edge of the flooring, but allows it to move up and down slightly. The corners of the flooring are mitered and sealed to form a waterproof corner, and the entire floor becomes a waterproof basin.

Abstract: The invention relates to an improved flashing system and method for controlling water and air intrusion around windows, doors, louvers and other wall penetrations. More specifically, the invention utilizes commercially available products such as coated polyethylene sheet material and elastomeric rubber adhesive sealant in a unique manner. It has been found that this polyethylene coated material can be creased and folded to form a flashing component and serve to control water and air intrusion. Prior to this invention, a separate pre-molded termination accessory was required to effectively seal corner areas around window and door rough openings. Additionally, the invention provides for full perimeter flashing and supplemental sealing at selected joint locations prior to installation of a closure member in the opening to prevent water and air intrusion around windows, doors and other building openings.

Abstract: The invention relates to an improved multi-component flashing system for controlling water and air that intrudes at windows, doors, louvers and other wall penetrations. It accomplishes this through the use of several known commercially available products which are applied to the areas to be protected in a unique manner thus saving time and providing a heretofore unknown measure of protection. The first product is an elastomeric adhesive sealant which readily bonds to most building materials as well as the components of this system. The second product is a clay coated polyethylene film which can be folded, cut and shaped to fit various opening conditions. A third, optional component, is a uniquely designed preformed flexible termination accessory which also readily bonds to the clay coated film material through the use of the elastomeric adhesive sealant. The clay coated film material is readily available in roll form and can readily be hand cut to the dimensions of the particular job.

Abstract: The present invention relates to a building having a roof with structured roof tiles and a structure projecting out from the roof surface, such as a chimney, a window, a wall, or ventilating pipe and to a method of constructing a roof of a building covered with structured roofing tiles and a structure projecting out from the roof surface, such as a chimney, a window, a wall, or ventilating pipe and also the gap between a ridge, an arris or hip covering.

Abstract: A utility pipe encasement collar for preventing water from weather related sources such as rain and snow from traveling rearwardly along the exterior surface of the utility pipe and into a building structure from which the pipe projects. In a first embodiment the collar includes a weather proof elastomeric sheet material having an opening therethrough sized to inherently huggingly accommodate a utility pipe passed through the opening, and a generally rigid support member extending laterally from the elastomeric sheet material. In a second embodiment the collar includes a first generally rigid weather proof sheet member having an upright generally U-shape opening therethrough and a second generally rigid weather proof sheet member having an inverted generally U-shape opening therethrough.

Abstract: A corner piece is provided for an external corner of a wall structure for use with baseboard channel members adapted to have carpet strips mounted thereon. The corner piece has an external cylindrical configuration extending between two side walls perpendicular to each other. An inner surface of the corner piece is formed by a notch defining two walls perpendicular to each other and perpendicular to the side walls, respectively. A pair of flanges are integrally molded with the corner piece and extend outwardly perpendicular to the side walls of the corner piece for engagement in complementary cut-out portions of a carpet channel member.

Abstract: The L-shaped, end cap is adapted to be mounted on a concrete balcony. The balcony has a rise (a vertical height) an upper run and a lower run. The end cap is an L-shaped end piece having a front plate and a lower plate. The front plate of the end piece has a plate rise substantially equivalent to the concrete balcony rise. The L-shaped end piece has a depending lip along the interface between the plate rise and the lower plate run. The depending lip is adapted to collect and disperse water droplets therefrom. Preferably, the end piece is made of pultruded fiberglass. However, the end piece may be made of plastic, stainless steel, copper, aluminum or other similar materials. For example, pultruded fiberglass may be utilized as the end piece. A method of capping a concrete balcony includes covering the rise and a portion of the lower balcony run by adhering plastic thereon and forming, with the plastic, a depending drip edge.