Abstract: A metal plate used to protect service lines (i.e. electrical wires) in a remodeling application characterized by a stamped raised surface on each end of an arched plate with two nail receiving notches to contain the service lines under the plate and secure the plate in place. Upon installation, the plate then functions as a major repair to the wallboard and thus has time saving multi-part purposes.

Abstract: The invention concerns the field of a lightweight building structure produced by using a mortar containing foamed polystyrene and cement and a method for the production thereof. It includes at least one layer of prefabricated foam concrete panel affixed to a reinforcing frame structure wherein interspaces between elements of the reinforcing frame structure are at least partially filled with a mortar providing a first surface contacting the foam concrete panel. The mortar includes granules of 0.5-10 mm size produced by grinding a pressed foamed concrete that has been allowed to mature, 50-200 kg of unbound, anhydrous cement, and 150-300 liters of water added before application per one cubic meter of ground material, respectively.

Abstract: A sound control mat, comprising: a resilient layer of extruded polymer monofilaments, and a fiberglass scrim adhered to the resilient layer. A floor assembly employing the foregoing sound control mat is disclosed.

Abstract: An apparatus for supporting a concrete floor includes at least two joist assemblies. Each joist assembly includes a male frame member and a female frame member. A plurality of top joist clips retain a top of the male frame member against the female frame member and a plurality of bottom joist clips retain a bottom of the male frame against the female frame member. A plurality of bottom and top straps are used to retain a distance between two adjacent joist assemblies. A cross brace is used to retain a distance between two adjacent joist assemblies. A deck panel is retained and supported between two adjacent joist assemblies. Concrete is poured over a top of the deck panel to form a composite floor system. An exterior insulating finishing system is attached to the concrete, while it is still wet to form a composite wall system.

Abstract: A window frame assembly for a window opening in which the assembly comprises a casing facing that covers the casing with a J-channel secured to the casing facing and defining an outwardly facing channel to receive bordering edges of siding material, and a casing molding having one longitudinal edge continuous with the casing facing and a second longitudinal edge outwardly and non-planar with the one longitudinal edge and engaging the J-channel. The casing molding of a color contrasting with either or both of the J-channel and casing facing.

Abstract: A deck unit is disclosed to form a deck system for a roof or floor that is capable of supporting a heavier load and/or spanning greater distances. The deck unit is a profiled, metal unit, that derives its greater load-bearing strength in part from its greater depth but provides flexibility in achieving the greater strength from the way the additional depth is obtained. In particular, a full length channel is attached to a hat-shaped profile. The channel adds strength both by increasing deck unit depth and by avoiding lengthening the webs on the hat-shaped profile. The channel increases design flexibility by allowing the designer to increase the strength of pre-existing decks by the addition of a channel of suitable metal thickness and size. It also provides a channel for conduit, cabling and wiring. The deck unit may be fluted or, by the addition of a liner panel to close the interior of hat-shaped profile, cellular. Sound absorbing materials can be installed in either a fluted or cellular deck unit.

Abstract: Floor panels are shown, which are provided with a mechanical locking system having tongue and grooves provided with protrusions and cavities which are displaceable in relation to each other and configured such that the protrusions can obtain a vertically unlocked position where they match the cavities and a vertically locked position where the protrusions overlap each other.

Abstract: An in-floor track assembly with a built-in drainage system for sliding doors is disclosed. The assembly includes a drainage pan having a generally rectangular floor and integral walls that extend upwardly at opposite ends of the floor. A track extends laterally from a wall of the drainage pan and then extends upwardly and slightly above the level of a finished floor in a building. The track is arranged to engage wheels of a vertically-oriented panel such as a sliding door and support motion of the panel along the track. An upright splashguard is secured in spaced-apart relation to the drainage pan floor. The splashguard is located parallel to and spaced slightly apart from the track. The splashguard extends upwardly to be level with the finished floor. Together, the track and the splashguard form a drainage passageway therebetween to permit moisture to be directed to the drainage pan.

Abstract: A sunshade for mounting to a building structure has first and second extruded outriggers spaced apart from each other and louvers extending from the first outrigger to the second outrigger. The first and second outriggers have an elongated body, an upper leg extending from an upper portion of the elongated body, and a lower leg extending from a lower portion of the elongated body. The outriggers of adjacent sunshades face each other such that the upper legs face each other and the lower legs face each other. A pocket is formed between the adjacent outriggers. The outriggers also have a mounting notch at an end which is mounted to the building structure. The outrigger notch engages a hook on a sunshade anchor mounted to the building structure.

Abstract: A method comprises forming a generally u-shaped bend in flashing, installing the flashing on a roof between converging surfaces of the roof, and with a clamp comprising an attachment portion having two sections spaced apart by a gap, attaching the clamp to the bend of the flashing by positioning the bend in the gap between the two spaced apart sections and biasing at least of the sections against the bend. The heating cable may then be secured to the clamp.

Abstract: A corner joint for a window or door frame includes first and second frame members each having a mitered end, at least one cavity in each mitered end and at least one side wall opening into each cavity. A screw boss is disposed in the cavity of the first frame member, and a detent lug on a flexible resilient portion of the screw boss is received in the side wall opening of the first frame member. A corner key has a first leg received in the cavity of the first frame member over the screw boss to hold the screw boss in place, and a second leg received in the cavity of the second frame member. A screw extends through the side wall opening in the second frame member and through the corner key, and is threaded into the screw boss to clamp the mitered ends of the frame members together. A sealing gasket may be captured between the mitered ends of the frame members.

Abstract: This stage frame assembly includes a horizontal frame member configured to join and support adjacent, horizontal frame members. The performance stage frame member has a shaped cross-section wherein the frame member includes a top lip and a chamfer extending from the top lip. A plurality of frame members capture and support a stage deck wherein the stage deck is flush with the top lip.

Abstract: A spring bolt hanger comprising a barrel, a bolt positioned within the barrel, a retainer associated with the bolt, and a spring positioned in the barrel between the retainer and a first end of the barrel, said spring configured to bias the bolt away from the first end of the barrel. The spring bolt hanger has two distinct operative configurations. In the retracted configuration the spring bolt hanger has the bolt retracted into the barrel. In the extended configuration the bolt is extended from the barrel and is accessible outside of the concrete surface for use as an attachment point. The spring bolt hanger may be selectively moved between operative configurations. Also disclosed are methods of using a spring bolt hanger to attach an object to a concrete surface.

Abstract: A window includes a window frame adapted to be secured to a building, a window sash, and a plurality of sash clips disposed around the sash and fixedly securing the sash to the frame. Each of the sash clips preferably includes a base secured in fixed position to the window frame and a head received in the window sash. The window frame and the sash preferably have peripheral rails of extruded aluminum, plastic or fiber-reinforced resin construction, and the base and head of the sash clips are received in corresponding channels on the window frame and the window sash. The base and/or the head of the sash of each sash clip may include opposed flexible resilient spring legs received in a channel in the corresponding rail. The sash clips may be of plastic construction.

Abstract: Rigid insulation products are provided, including a single unitary insulating member having slots for receiving the ends of floor joists. The insulating member may be pre-attached to a wood member, which functions as a joist header, or may be attached to a joist header during construction.

Abstract: The present invention relates to a tower (12) configured to support a wind turbine (18, 20). The tower (12) comprises a mass assembly (22) suspended by suspension apparatus (24) from the tower (12) such that the mass assembly (22) is movable to and fro in relation to the tower. The tower (12) also comprises at least one coupling apparatus mechanically coupled to the mass assembly (22) and to the tower (12), the coupling apparatus being operable to couple energy between the mass assembly and the tower as the mass assembly (22) moves to and fro.

Abstract: Method and system for installing the guide rails (1, 2), such as the car guide rails and/or counterweight guide rails, in an elevator shaft (3). The guide rails are installed by assembly in phases starting from the bottom (4) of the elevator shaft by placing one on top of the other guide rail sections (51, 52; 61, 62; 71, 72 . . . ) that are shorter than the whole length of the guide rail and by aligning the guide rail sections perpendicularly by means of the laser beam produced by a direction laser (8). The direction laser (8) is moved upwards along with progressive assembly of the guide rail. As assembly progresses the direction laser (8) is supported in the proximity of the top end of the topmost vertically aligned guide rail section at the time for aligning the next guide rail section to be installed in the vertical direction. These phases are repeated until the entire guide rail is assembled.

Abstract: A building closure for mounting within an opening in a building wall structure includes a frame for mounting within the wall structure opening and at least one closure unit for mounting within the frame. The frame has at least one interior chamber extending entirely around the frame and a nailing flange for securement to the building wall structure such that at least a portion of the frame is disposed within the building wall opening. There is a cavity between at least one exterior surface of the frame and the inner periphery of the building wall opening, with the cavity extending along at least a top portion of the frame. A barrier extends along at least the top portion of the frame to retard passage of moisture from the cavity to the building interior.

Abstract: The invention is based on a wiper blade (10) having a wiping strip (12) and two spring rails (22) which serve as a supporting element and are inserted into lateral longitudinal grooves (20) in the wiping blade (12) and are permanently connected to one another at their ends by a bridge (24), wherein a wiper blade termination (25) is provided at the end of the wiper blade (10), the base element (26) of which wiper blade termination (25) is guided on the spring rails (22), is secured relative to the spring rails (22) and has a pointed-tip holder (40), the tip of which (66) engages in the wiping strip (12) in the mounted state and secures the wiping strip (12) relative to the spring rails (22).

Abstract: A flooring material having a textile pad substructure with a density of greater than 10 pounds per cubic foot is provided. The textile pad has reinforcement and binding fibers. The binding fibers are thermoplastic and are used to bind the reinforcement fibers together. The pad is created by heating and compressing a fibrous textile batt so that it has a density of greater than 13 pounds per cubic foot.