Abstract: A fabric wall panel system includes fabric wall panels mounted by means of a ceiling track with a downwardly open channel and a base track with a panel support surface. Each fabric wall panel is mounted by inserting the top of the fabric wall panel into the downwardly open channel and supporting the fabric wall panel on the panel support surface of the base track. The fabric wall panel may be custom fabricated to eliminate vertical seams or provided in standard size panels with vertical seams between panels. A corner trim piece hides the vertical seam at the corner of the room, a vertical seam trim piece hides the vertical seams, and an outside edge trim piece covers exposed edges of the wall panels. The base track includes a removable trim attachment strip with decorative trim. The base track may be used to trim around openings such as windows.

Abstract: In a precast cladding panel system requiring no cast-in mounting hardware, each panel has a continuous notch along its upper edge, forming a ledge adjacent the panel's front face, and an upstand adjacent the panel's rear face. Each panel is mounted to a supporting structure using fasteners installed through openings formed in the upstand. The panels are configured such that their lower edges fit into the notches of underlying panels, with the front faces of all panels being substantially co-planar, aided by spacer means fastened to the supporting structure adjacent to the lowermost panel course. Air circulation behind the installed panel assembly is facilitated by spaced bumpers fastened to the supporting structure so as to space the panel upstands away therefrom. Alternatively, the panels may be mounted with the upstands directly against the supporting structure, with the panels having vertical air channels formed into the upstands and rear panels faces as appropriate.

Abstract: A protective covering (10) for protecting surrounding items, i.e., walls, floors, and furniture, during construction, moving, or other activities. Covering (10) includes a protective backing layer (12) having a front side (14), a back side (16), opposing top and bottom edges (17) and (18), respectively, opposing left and right side edges (19) and (20), respectively, and a plurality of protective strips (22) each having a first end (24) and a second end (26). Strips (22) are securely affixed to and covering a substantial portion of front side (14). Layer (12) may include a first adhesive portion (28) along left side (19) that includes an adhesive for connecting multiple coverings (10) to one another. Back side (16) of layer (12) may also include a second adhesive portion (31), which is similar to first adhesive portion (28), for removably adhering covering (10) to underlying surfaces.

Abstract: A modular paneling assembly and method of applying same is provided. The modular paneling assembly includes at least one elongated panel member, upper and lower rails defining upper and lower recesses, respectively, the upper and lower recesses spaced apart a distance greater than the distance between upper and lower edge portions of the panel member, such that the panel member is removably retained in the recesses when supported by the bottom rail. The method of applying the paneling assembly includes the steps of mounting the upper and lower rails to a mounting surface, inserting the upper edge portion of the panel member into the upper recess and inserting the lower edge portion of the panel member into the lower recess.

Abstract: A panel, for installation on a ceiling as a component of a matrix grid of similar panels, with the ceiling panels capable of being installed directly on sheetrock ceilings without the otherwise need for affixing a wooden structure to the sheetrock ceiling before affixing the ceiling panels.

Abstract: When assembled to a building support structure to form a curtain wall system of adjoining panels, a preferred embodiment of the enhanced airloop wall system as shown in FIG. 2 comprises panel frame segments that, when assembled, form interconnected inner and outer airloop segments that separate and improve water seal and air seal functions and improve sealing performance, a circuitous path (e.g., “A”) at an enlarged air opening into an airloop to pressure equalize and limit water entry into the airloop, a two point fastener support of each panel assembly to allow interfloor deflections under seismic or other loads without excessive loads on the panel assembly, a structural hook-like protrusion for resisting building outward loads on panels separate from fasteners, a splitter in a drainage cavity in the outer airloop that creates a dual drainage path and a surface upon which droplets can collect.

Abstract: A system and method are provided for insulating a vertically extending wall (e.g., concrete wall). First and second supports are first attached to the vertical wall at respective first and second vertically spaced locations (e.g., proximate the top and bottom of the wall). After the supports have been attached to the wall, a blanket(s) of rolled fiberglass insulation (e.g., metal building insulation) is attached to the wall between the first and second supports. Then, a flexible sheet of vapor retarder is attached to protruding portions of the first and second supports so as to cover the blanket(s) of fiberglass insulation thereby causing the blanket of fiberglass insulation to be partially or fully hidden from view and retained in the cavity defined between the vertical wall and the vapor retarder.

Abstract: A sheathing adapted to be fastened to at least one wall supporting structure comprises at least two layers. The first layer comprises a polymeric foam layer. The second layer comprises a polymeric scrim and is located adjacent to the first layer. The second layer has a first portion and a second portion. The second portion is located near the periphery of the polymeric scrim layer. The first portion has a first machine direction (MD) scrim count number and a first transverse direction (TD) scrim count number, and the second portion has a second MD scrim count number and a second TD scrim count number. At least one of the second MD scrim count number and the second TD scrim count number is greater than the respective first MD scrim count number or the first TD scrim count number so as to inhibit failure of the scrim.

Abstract: A sheathing adapted to be fastened to at least one wall supporting structure comprises at least two layers. The first layer comprises a polymeric foam layer. The second layer comprises a polymeric scrim and is located adjacent to the first layer. The second layer has a first portion and a second portion. The second portion is located near the periphery of the polymeric scrim layer. The first portion has a first machine direction (MD) scrim count number and a first transverse direction (TD) scrim count number, and the second portion has a second MD scrim count number and a second TD scrim count number. At least one of the second MD scrim count number and the second TD scrim count number is greater than the respective first MD scrim count number or the first TD scrim count number so as to inhibit failure of the scrim.

Abstract: In a door constructed of spaced apart skins mounted on a rectangular frame and reinforced with the core between the skins filled with a plastic foam, a window or door light frame system consists of a two part frame system with a window light permanently installed in one part of the system and the other part releasably adapted to register with the frame part with the window light installed during shipping and rotated when installed to bring the locking elements of the several parts into registry to permanently lock the frame system in an aperture formed in a door with stop means in the locking arrangements to prevent damage to the frame system or the door on which the frame system is installed from excessive compressive forces on the frame parts.

Abstract: A sheathing adapted to be fastened to at least one wall supporting structure comprises at least two layers. The first layer comprises a polymeric foam layer. The second layer comprises a polymeric scrim and is located adjacent to the first layer. The second layer reinforces its periphery so as to inhibit the failure of the scrim. The reinforced periphery may include a selvage tuck or a folded-edge.

Abstract: A laminate composition of a thin film of low density polyethylene adhered to a sheet of low density polyethylene foam by means of a very thin layer of low density polyethylene. The polyethylene foam has a low density which is preferably between about 1.9 pcf and about 2.2 pcf. The bottom polyethylene film serves as a vapor barrier. One side of the polyethylene film extends beyond one edge of the polyethylene foam sheet. The laminate composition is installed in a free floating manner on the concrete subflooring, with the polyethylene film or the polyethylene foam sheet contacting the surface of the concrete subflooring. The laminate composition is usually in long strips, so when it is installed one edge of one strip overlies the extended portion of the polyethylene film of an adjacent strip. Tape having adhesive on both sides can be positioned between the overlay region to adhere together the overlaid portions to prevent movement thereof during installation of the laminate wood finish flooring.

Abstract: The invention relates to a vapor barrier for use in the thermal insulation of buildings which can be used, in particular, for thermal insulation procedures in new buildings or in the renovation of old buildings. The vapor barrier in accordance with the invention is thereby capable of achieving water vapor exchange under different ambient conditions. This is achieved by using a material which has a water vapor diffusion resistance which is dependent on the ambient humidity and which also has adequate tensile strength and tear resistance.

Abstract: A thermally insulative and waterproof barrier for protecting an exterior surface includes a plurality of generally rectangular flexible blankets in overlapping disposition. Each blanket defines a body and a peripheral margin about edges of the body, edges of the bodies of adjacent blankets (including the base layer) overlapping. Each body includes at least one base layer of thermal insulation and two cover layers of waterproof material. The cover layers are sealed together peripherally about the base layer to form the peripheral margin and exclude water from the base layer.

Abstract: A skylight for a standing seam roof having a skylight panel housed in a frame with a vertically extending curb along two longitudinal and two lateral sides. The frame curb integrates on the longitudinal sides with U-shaped curbs formed into modified roof panels selected from the construction project. On the lateral sides, the frame curb integrates with curbs formed in two end pieces painted with the other roof panels in the project. Standing seams, which are raised above the surface of the roof, interconnect the regular roof panels. The modified roof panels interconnect with the standing seams of the regular roof panels. The lateral sides of the skylight assembly traverse at least one standing seam when integrated with the regular roof panels.

Abstract: Elements of laminar bodies (1) made of metal or other material are disclosed, so shaped as to be inserted into straight undercut notches (3) made on plates and/or tiles (2). The laminar bodies (1) have such a sufficient length to protrude from straight undercut notches (3) and so shaped as to allow to be joined to each other or with another interposed body (9) through bolts (8) or the like or by means of joints, welding and the like, so as to form a single body (21) adapted to be anchored strongly to the plate and/or tile (2) allowing said plate to be safely and simply fixed to the structures supporting the facing (10).

Abstract: Wall anchor constructs and anchoring systems employing the same are disclosed. Each anchor is a sheetmetal construct utilizable with various wire formative veneer ties. In the wall anchor structures, the junctures of the legs and the base of the wall anchor are located inboard from the periphery of the wall anchor base. With the surfaces of the leg base and the anchor base coplanar, the leg insertion point is, upon installation, sealed thereby. This sealing precludes penetration of air, Moisture, and water vapor into the wall structure. Various embodiments showing wall anchor configurations with suitable veneer ties are provided.

Abstract: A folded wall anchor and an anchoring system employing the same are disclosed. The anchor is a folded sheetmetal construct utilizable with various wire formative veneer ties. The folded wall tie enables the junctures of the legs and the base of the wall anchor to be located inboard from the periphery of the wall anchor. Upon installation with the surfaces of the enfolded leg and of the base coplanar, the leg insertion point is sealed thereby. This sealing precludes penetration of air, moisture, and water vapor into the wall structure. Various embodiments showing wall anchor configurations with suitable veneer ties are provided.

Abstract: A patch for patching holes in roofs, particularly holes left when roof vents are removed, includes a polymeric tray having extending peripheral flanges and an attachment plug (preferably made of lignocellulosic material such as plywood) depressed within the tray so that its upper surface is flush (or nearly so) with the flanges. The attachment plug (and the portions of the tray floor below it) may be fit into a roof hole, with the flanges resting on surrounding areas of the roof. The flanges may then be affixed to the roof so that the tray forms a supporting web which maintains the attachment plug in the hole. Shingles or other roof coverings may then be fastened to the attachment plug, and to the surrounding flanges and the roof beneath them, so that the hole is patched and the prior presence of the hole is no longer visible.

Abstract: A fabric wall panel system includes fabric wall panels mounted on a wall of a room by means of a ceiling track with a downwardly open channel mounted adjacent the ceiling and extending the length of the wall and a base track with an upwardly depending support surface mounted adjacent the floor and extending the length of the wall. Each fabric wall panel comprises a fabric cover overlaying a panel insert. Each fabric wall panel is mounted by inserting the top of the fabric wall panel into the downwardly open channel of the ceiling track and supporting the bottom of the fabric wall panel on the upwardly depending support surface of the base track. In one embodiment, the fabric wall panel is fabricated on-site and sized to have a length approximately equal to the length of the wall so that no vertical seams are created. In another embodiment, standard size panels are used with abutting vertical mid-wall seams between adjacent panels.

Abstract: A steel roofing panel support system is disclosed herein. The system generally includes a support element positioned on a roof surface, the support being configured to support at least a portion of a steel roof panel to be placed thereon. The support element may be cut from a block of expanded polystyrene such that the support is substantially wedge-shaped. A support element as disclosed herein may also be used in installations of steel panels over existing wood shakes or other roof surfaces.

Abstract: Lightweight structural panel units for construction of space enclosing structures each of which is formed from a blank of flat, suitably rigid, yet foldable sheet of material, which are profiled and pre-creased with a unique configuration. Upon folding, the blanks form a substantially hollow three dimensional polygonal beam-like unit having a shape and configuration which positively aligns and interlocks when conjoined with a plurality of similar folded beam-like units to form a substantially hollow 3-dimensional “structural panel unit” having symmetrical cross bracing inside and sufficient rigidity to enable sufficiently large areas to be produced for the construction of space enclosing structures. Each structural panel unit has a configuration and profile that positively aligns and interlocks when engaged with similar structural panel units to complete a desired space-enclosing structure which has an exterior facing surface and an interior facing surface separated by a substantially hollow void.

Abstract: A ceiling support system for a suspended ceiling is provided that includes resilient clamps for attachment to the underside surface of a structural ceiling and inter-engaging ceiling runners that are shaped to be fitted into and be grasped by such clamps. The engagement edge of the runner is shaped to allow the runner to maintain multiple stable positions: a normal, ceiling panel supporting orientation, and a canted orientation for installation of ceiling panels. Runners may be joined end to end with an engagement piece. Cross-runners may be joined to runners with an engagement piece interfitted with a connector plate mounted transversely in the web of a runner.

Abstract: A mosaic tessera, particularly for outdoor and/or indoor paving, constituted by a small metallic plate which is peripherally provided with perimetric raised portions forming a recess together with the corresponding face of the plate and by a filler element which is shaped complementarily to the recess and is associated with the recess so as to form a single tessera adapted to be applied to the foundation of the paving.

Abstract: The present invention provides a flexible heat reflective radiant barrier that may be conveniently installed on a structure without the need to simultaneously replace rigid construction decking panels. The flexible heat reflective radiant barrier is for use as part of the outer-protective water-shedding materials of a structure or building, such as underneath shingles, tiles, or siding. At least one heat reflective layer is adhered to at least one layer of a felt roofing material. The flexible heat reflective radiant barrier may be disposed in rolls for case of storage and handling. The rolls are easily applied to rigid construction decking panel substrates, such as plywood or oriented strand board construction sheets of structural 2×4, 2×6 side walls or the like, as a part of the exterior water-shedding material.

Abstract: A device for protection of property against high winds comprising a flexible material of predetermined strength and stretch characteristics, and in the form of a panel or several panels, utilized to protect the side of a structure including its windows and doors from the strong winds and debris impacts occurring during a hurricane. The device is anchored in a manner to space it out from the area being protected according to formula provided, and can safely dissipate substantial impacting energy. The preferred embodiment attaches to an overhanging eave and the ground below protecting in addition to the windows and doors, plantings, outdoor furniture, decorative shutters, downspouts, and such as are enclosed behind the barrier. Several methods of storage and deployment of said curtain are described including rolling, sliding, and converting to awning. The barrier has the added feature of acting as a tie down in certain applications.

Abstract: The present invention is a protective covering (10) for protecting surrounding items, i.e., walls, floors, furniture, etc., during construction, moving, or other activities. Covering (10) includes a protective backing layer (12) having a front side (14), a back side (16), opposing top and bottom edges (17) and (18), respectively, opposing left and right side edges (19) and (20), respectively, and a plurality of protective strips (22) each having a first end (24) and a second end (26). Strips (22) are securely affixed to and covering a substantial portion of front side (14). Layer (12) may include a first adhesive portion (28) along left side (19) that includes an adhesive for connecting multiple coverings (10) to one another. Back side (16) of layer (12) may also include a second adhesive portion (31), which is similar to first adhesive portion (28), for removably adhering covering (10) to underlying surfaces.

Abstract: The present invention provides a device and methods of manufacturing the device that provides efficient, easy to use, flexible, yet sturdy devices and methods of manufacture for the protection of furniture, millwork, finished work, doorways and the like, during construction and moving. According to one embodiment, the device has a paper backing having a front side, back side, a connecting end and a finishing end; and a plurality of strips each having a first end and a second end, wherein said plurality of strips are securely affixed to said front side in a parallel fashion with said first end abutting said finishing end. And there may be an adhesive along the connecting end that allows the device to be secured in place and also allows the product to be connected to another row.

Abstract: A base sheet for a roof includes a laminate of a metal layer, a core layer and a plastic layer with the metal layer being on one side of the core layer and the plastic layer being on an opposite side. The core layer is made of a polyester non-woven fabric, a polypropylene non-woven fabric, a polyethylene non-woven fabric or a woven or non-woven fiberglass; the plastic is made of polyester, polypropylene, polyethylene or a spun bonded olefin; and the metal of the metal layer is aluminum. A self-adhering membrane is adhered to the laminate. Preferably, the self-adhering membrane includes a mineral surfaced area and a plurality of non-mineral surfaced areas forming selvage strips. The base sheet may be attached to an insulating board in situ or may be attached to the insulating board in a factory. In the latter case, the base sheet has at least two overhanging sides.

Abstract: The invention provides a building panel having a simulated natural rock face, for use as a rock facade in wall construction applications, and methods of manufacturing same. The wall panel is manufactured in a mold containing a masonry-permeable mesh, preferably flexible. In one embodiment the bottom of the mold is provided with the profile of the natural rock facade and the masonry permeable mesh is positioned spaced from the bottom of the mold, and a settable material is poured into the mold, creating the rock facade and simultaneously embedding the mesh in each simulated rock face to integrate the panel. In a further embodiment the mesh is placed over the bottom of a mold, the settable material is poured over the mesh, and the rock facade pattern is pressed or stamped into the top surface of the settable material to create the desired pattern.

Abstract: The present invention relates to drywall corner beads, particularly drywall corner beads having an outer paper layer, and paper therefor. The improved paperbead includes an elongated core having an outer surface. A paper strip is bonded to the outer surface of the core. The paper is impregnated on one side with a polymer, preferably latex, that penetrates only about half the thickness of the paper. The other side of the paper is roughened to improve adhesiveness to joint compounds. The latex impregnated side of the paper maintains increased strength making the paper resistant to scuffing while at the same time, the roughened side of the paper improves its adhesiveness to joint compounds.

Abstract: Floor panel, of the type consisting of a laminate panel which comprises at least a printed decorative layer (8) and a top layer (9) forming the upper surface (10) of the floor panel (1), more particularly a so-called overlay, whereby this top layer (9), or, thus, overlay, is realized on the basis of a thermosetting resin, characterized in that in the upper side (11) of the floor panel (1), indentations (12) are formed and in that at last in a number of these indentations (12), a component (13) is provided, which is obtained in that it has been provided in those indentations (12) after the provision of the indentations (12).

Abstract: The invention relates to a method for applying to a flooring panel a layer designed to reduce the footfall sound on the floor, and a panel of this kind. With the prior art, it is disadvantageous that the sound-insulation layer is glued onto the laminate panel in a subsequent manufacturing stage. Accordingly, the panel is initially manufactured by pressing with the associated gluing of layers and/or papers. The sound-insulation layer is glued in place in a subsequent operational stage. PVA-glues, thermoplastics or wood glues may be used, for example, to attach the sound-insulation layer. In the manufacture of a panel with a carrier board, decorative paper, counteracting paper and/or a wood veneer, an additional layer, preferably in the form of a sheet or a roll, is provided. The material of this roll or sheet product is designed to provide the desired sound-insulation properties as described above and/or provides these properties when a panel is being walked over.

Abstract: The present invention is directed to a method and apparatus for improving a modular wall system having a first module and a second module. Each module has a vertical support component having vertical surface edge. The vertical support component edges are positioned in vertical abutting relationship. The improvement includes providing each module's vertical support component edge with a vertical support component slot. The vertical support component slots are in registry and held together by a generally U-shaped connector clip having a base and a pair of legs extending from base. The clip legs are inserted through the vertical support component slots for compressively engaging the vertical support component edges. The first module or second module may carry a wall panel, a window assembly, or a door assembly.

Abstract: The present invention relates to a reflective insulation and radiant barrier intended for use in creating more than one insulating air space in wall cavities formed by parallel structural members attached to the inside of building walls. Specifically, a reflective sheet that is folded to form an insulating panel for positioning between the structural members generally parallel to the building wall, a pair of creases for spreading along the inside surface of the structural members generally normal to the insulating panel, and a pair of tabs for attaching the reflective insulation to the face of the structural members generally parallel to the insulating panel is disclosed. Accordingly, the length of the pair of creases is such that the insulating panel generally bisects the cavity formed by the structural members to create two dead air spaces.

Abstract: A wood slat having hidden joining marks and therefore having a desired veneer look, and method thereof is disclosed. In one embodiment, the wood slats have a long thin rectangular shape defining a face of the wood slat. The face comprises a plurality of periphery edges of first, manufactured slats; the first, manufactured slats also have a long thin rectangular shape defining a face. According to the preferred embodiment of the present invention, the plurality of periphery edges effectively hide the joining marks and give the wood slat the desired veneer look.

Abstract: This invention concerns a partition panel intended to be used in the construction of buildings, the partition panel comprising a bearing structure (100) and means of thermal insulation (200).

Abstract: The invention relates to a ceiling structure comprising a number of sheets that span between parallel beams mounted underneath a fixed ceiling, wherein the sheets can, by elastic deformation, be taken from an initial configuration to a desired curved configuration, in which the sheets form the visible ceiling face. The ceiling structure comprising force-transmitting means that provide, in combination with the abutment force of the sheets against the abutment areas, the flexular moment necessary for maintaining the desired curved configuration of the sheets.

Abstract: A system provides insulation products for a plurality of insulation wall cavities in buildings, where a substantial portion of the insulation wall cavities have a known nominal width. The system includes providing flangeless insulation products having a blanket of fibrous insulation material and having a facing material with a width substantially equal to the width of the insulation blanket, with the width of the insulation blanket and the width of the facing material being greater than the nominal width of the plurality of insulation cavities. The increased width of the facing material improves the seal of the facing material when the insulation product is placed within insulation wall cavities of the known nominal width in comparison to the seal provided by flanged insulation products applied with inset stapling to the same insulation wall cavities.

Abstract: The invention concerns hard panels for floor coverings, which are provided, at least on two opposite edges, with coupling devices made in one piece with the panels wherein similar panels may be coupled together to form a floor covering, wherein these coupling devices provide for an interlocking in a direction perpendicular to the plane of coupled panels, as well as in a direction perpendicular to the edges concerned and parallel to the plane of coupled panels. These coupling devices comprise a tongue and a groove. A lip which is situated on the bottom side of the groove is longer than a lip located on the top side of the groove. The edge which is provided with the tongue is made elastically flexible.

Abstract: The present invention relates to a wall reinforcement system, in particular for tying a veneer wall (21) to a back up wall (22). The system can protect a building against adverse seismic or wind loading conditions. A helical wall tie (1) is driven into a back-up wall (22) using a percussion tool. A connector (10) is then placed over the end of the wall tie, the connector engaging with the helical fins to prevent its removal without unscrewing the connector (10). A reinforcement wire (20), which preferably extends around a building, is then threaded through a hole in the connector to lock the rotation of the connector (10). The reinforcement wire is used to link a series of connectors together. The wire is then encased in mortar (24) within the bed joint between two courses of bricks. In preferred embodiments, more than two reinforcement wires extend in parallel along the bed joint.

Abstract: A method of packaging and shipping compressible structural panels is disclosed. Compressible structural panels are provided, typically with first and second sheets separated by compressible or collapsible dividers. The structural panels are stacked and thereafter compressed thereby causing the dividers to compress and the thickness of the panels to become substantially less. In this compressed and stacked configuration, the structural panels are packaged and shipped. At the point of installation of the structural panels, the structural panels are unpackaged, unstacked and allowed to regain the expanded configuration, either by way of natural resiliency or heat setting. The structural panels, once expanded, are ready for installation.

Abstract: A noise attenuating member (12) has a channel (24) for receiving a timber batten (13). A flooring (14) may be affixed to the batten (13). The noise attenuating member acts as a cushion between the batten (13) and a substrate such as a joist (11, 51) or a concrete slab (50). Noise attenuating holes (1201) and retaining flanges (25, 56) may optionally be provided.

Abstract: A multi-use building structure has a base, roof and four wall panels, one of which provides a doorway. The wall panels are assembled to the base by a tab and slot connection and the wall panels are connected together with lengthwise corner connectors engaging the edges of the wall panels at both interior and exterior surfaces. A liner insert having a non-porous inner surface covers the inner surfaces of the wall panels. The liner insert is sized to completely cover the wall panels, however, it can be formed or trimmed to fit around various elements of or mounted to the wall panels. The liner insert can include relief grooves at bend regions corresponding to the corners of the structure. The edges of the liner insert engage either the corner connectors or catch surfaces of the wall panels.

Abstract: A masonry wall tie for anchoring a masonry wall to an inner wall of a cavity wall construction includes a base channel member having a pair of spaced generally parallel side walls and an anchor clip configured for engaging the base channel member. A slot is formed in each of the channel side walls. Each slot has an outwardly-extending lip bordering the slot. The base member is fastened to the outer surface of the inner wall. The anchor clip has a pair of oppositely projecting arms, each of which is seated in one of the slots in the side walls. The length of the slots determines the height adjustment of the anchor clip when engaged with the base channel member. The anchor clip spans the gap between the two walls in the cavity wall construction and the brace of the clip is seated within the mortar joint between the bricks or other masonry units on the outer wall.

Abstract: Means for suspending equipment (21) from an overhead structural member (16) comprises a suspension strand (10), e.g. a length of wire rope, with a nipple (11) at one end, a toggle plate (12) with an aperture (13) through which the strand can pass but not the nipple, together with a locking device (18) having twin bores (17A, 17B) associated with wedging means (19A, 19B), the toggle plate (12) and nipple (11) being pushed through a hole (15 or 34) in the overhead structural member (16) or the equipment (21), for the toggle plate to overlie or underlie the hole, while the free end (14) of the strand (10) is passed through one bore (17A) of the locking device (18), through an eye (20) on the equipment (21) or round the equipment or through an eye (35) on the overhead structural member (16) or round the overhead structural member, and finally through the other bore (17B) of the locking device (18).

Abstract: A ceiling, preferably made of wood, to be suspended from an existing ceiling of a room comprising a plurality of perimeter support members adapted to be attached to antipode walls of the room. The perimeter supports having a rabbit channel along their top edge. The suspended ceiling including a center beam having inner side and an outer side, the inner side designed to face the interior of the room, the outer side of the center beam having a pair of channels extending along the longitudinal dimension of the center beam, a brace designed to attach to the outer side of the center beam for fixedly attaching the center beam in a pre-determined location to the ceiling, and a plurality of ceiling panels designed to extend from (and supported by) the perimeter supports and the center beam. Each ceiling panel has at least one rail attached to the front side for communicating with a rabbit joint on the perimeter supports for securing the ceiling panel.

Abstract: There is provided a heat shielding member for a thermal insulation structure which does not form a heat accumulator even if it receives a heating load from the outside and which is easily fixed and installed from the indoor side when it is applied to the thermal insulation structure between timbers such as rafters, vertical frames of a wall and the like of a house. The heat shielding member is structured such that spaces of the air layer are formed between an upper layer, an intermediate layer, and a lower layer, a radiant heat reflective layer is provided on upper faces of respective layers, and the upper layer is formed of a shape-retention upper sheet, wherein bent-up legs having restorability are disposed on both sides of the shape-retention upper sheet, and the heat shielding member is engaged and mounted between timbers such as rafters, and it is held in a proper posture when the bent-up legs are stretched against and held by faces of the timbers.

Abstract: A module includes at least an associated two-layer structure with one first layer being a polymer base layer highly loaded with mineral fillers contributing to the rigidity of the module, and a second layer made from a printed polymer film defining the decorative part of the module, and the protection of the decorative part. An outer surface of a rigidifying base layer is designed to form a spacer means in the form of a plate of dimensions substantially greater than the format of the module, over all or part thereof, to constitute after abutment of the modules and/or edge jointing of the plate edges, a zone for receiving a sealant such as a binder, putty and like bonding.

Abstract: A composite suitable as an integral portion of a building affording protection from wind blown debris such as from a tornado comprises a first layer of fabric of high strength fibers bonded with a resin and a second layer of a structural sheathing material such as plywood.