Abstract: A roof tile fastening clip for securing a tile to a batten. The clip structure is formed of a body portion with a hook shaped configuration at one end and a nail or similar fastener incorporated at the opposite foot end.

Abstract: A tile clip for attaching roofing tiles to the tiling battens having a pair of hooks to engage over the edges of both an upper and lower tile to hold both tiles in place. The lower end of the clip may have opposed hooks to engage both side flanges of a metal batten or means to allow the clip to be nailed to a wooden batten.

Abstract: A tiling system for roofs comprising a metal tiling batten within which the upstanding lug of a bracket is slidably attached, the bracket being fixed to a roof-rafter. The system may use standard batten lengths connected end-to-end by butt-joiners engaged within the batten ends. Tile clips may engage the edges of tiles and a groove or grooves in the battens. The system is applicable to hip or valley roof construction.

Abstract: An interlocking siding or roofing strip or slat assembly for covering the surface of a building which may be susceptible of being crushed or deformed by the application of excessive force to a fastening element such as a nail. The slat assembly includes a fastening tab, a panel, an anchoring configuration intermediate the panel and the fastening tab and a hook-like configuration integral with the bottom of the panel for operatively engaging the anchoring configuration of a previously-installed slat assembly for interlocking them one above the other in a partially overlapping manner.

Abstract: Siding boards, shingles, shakes, or the like are applied to the wall of a building by use of a tool having an arm which extends upwardly adjacent the wall structure and is temporarily secured thereto, with the siding or the like then being placed at the outer side of the tool arm, and being supported at a predetermined level by a projection extending outwardly from a lower portion of the arm, so that the siding can then be nailed to the wall structure and the tool can ultimately be withdrawn from its position of reception between the siding and wall structure for use in similarly positioning and securing a next successive layer of siding, shingles, etc. to the structure. Preferably, two such tools are employed at horizontally spaced locations for supporting the siding or the like therebetween.

Abstract: A framing joint construction and clip therefor which is readily assembled as a structural system. A base frame member is outfitted with a plurality of clips along a horizontally extending support surface vertically spaced from a foundation-engaging surface of the base member. A vertically extending stud member is inserted into a U-shaped section of the clips and automatically locked in place. A cover member, which preferably is identical to the base member but mounted in inverted position, is mounted atop the stud member with the use of identical clips.

Abstract: A two-span wall panel construction includes a plurality of spaced, horizontal structural girts with liner panels secured between each three adjacent girts. Horizontally extending subgirts are attached to the liner panels and exterior panels are secured to the subgirts. The adjacent, vertical liner panels are positioned in slightly spaced relationship at the end girts and the exterior panels are positioned in overlapping and unattached relationship at the end girts. Clips for holding the liner panels are secured to the end girts between the adjacent liner panels. These clips have angular flanges which pinch the adjacent liner panels against the end structural girts. External forces of predetermined magnitude cause the liner panels to deform about the middle girt as the liner panels pivot about and release from the clip flanges while the overlapping exterior panels simultaneously pivot and release at their overlapping end.

Abstract: A wall construction suitable for an exterior load bearing wall includes spaced studding positioned vertically between upper and lower plates with the outer surfaces of the studs scalloped so as to present limited areas of contact with an insulating board affixed thereto and preferably incorporating a moisture seal membrane. Siding or the like is positioned on the exterior of the insulating board to form the exterior surface of the wall and lath and plaster or dry wall is affixed to the interior surface of the studding in continuous contact therewith to complete the wall construction, the arrangement being such that the studding act as heat conveying fins on the lath and plaster or dry wall so as to warm the area within the wall construction. The spaced transversely positioned scallops in the exterior surface of the studding substantially isolating the studding from the insulating board and exterior siding.

Abstract: A simulated cedar shake panel for walls or roofs having at least two courses of simulated shakes in relief therein, the shakes being in overlapped and underlapped relation with a varied butt line, and recessed underlaps between side-by-side shakes. Part of each underlap is recessed enough to contact the roof or wall surface and provide a multiplicity of support surfaces for the panel. A step provided in each underlap near the bottom thereof forms part of the shake simulation and also adds to the structural rigidity of the panel.Tongue and groove side-to-side and top-to-bottom panel interlocks form part of the shake array simulation, so that the interlock structure is concealed and the desired non-uniform shake appearance enhanced.A stackable corner member one shake high is provided, the corner member having a skirt element which interfits with the butt edges of overlapped panel shakes to take up gaps due to the random butt line.An angled cap member is provided to finish off hips and ridges.

Abstract: A corrugated metal roof shingle provided with flashing of asphalt felt associated with the courses of overlapping shingles so that any water which blows under the shingles will drain out over a lower shingle. The shingles and flashing are arranged so that the nails which secure the shingles in place pass not only through the shingles but also through three layers of asphalt felt. The corrugation of the shingle provides maximum rigidity, hail resistance and ventilation under the shingle.

Abstract: A roof covering system comprises an array of panels, each panel having a recess along a first surface and a protrusion along another surface opposing the first surface, and at an opposite end thereof. The panels are disposed in an overlapping, end-to-end relationship such that the protrusion in one panel extends into the recess of another panel. A support pad is provided and joined with each panel, the support pad being positioned between the ends of the panel and extending from one surface thereof.

Abstract: A molded siding member for use on buildings composed of a plurality of vertically extending panels connected side by side by intervening webs to simulate a horizontal course of spaced shingles, the member being formed along its upper margin with nail receiving recesses molded into its exterior surface to form bosses protruding inwardly a predetermined distance to engage the side of the building and thereby provide a predetermined spacing of the said upper margin outwardly from the side of the building when the member is nailed in place, the member being formed with protruding portions extending downwardly below its lower margin to form locking tongues adapted to be inserted in the space between the building and the upper margin of the next lower member to lock the lower margin of the upper member in place in readiness for a simple nailing operation at its upper margin.

Abstract: A wall structure of the double-skin insulated type which spans across at least first and second building frame members. The wall structure comprises a liner sheet positively secured to the second frame member and having a liner sheet end lapping the first frame member; confinement means releasably retaining the liner sheet end to the first frame member; a facing sheet positioned outboard of the liner sheet; and at least two subgirts (a) entirely spaced-apart from the first frame member in the direction of the second frame member and from each other, (b) positioned between the facing sheet and the liner sheet, and (c) each secured to the facing sheet and to the liner sheet.The arrangement is such that the wall structure fails in a particular manner when subjected to abnormally high positive or negative wind pressures of preselected value. The failure load of the wall structure is controlled by the end-subgirt spacing -- the distance between the first frame member and the subgirt adjacent thereto.

Abstract: This invention relates to wall siding assemblies, particularly to horizontal siding panels and to improved clip means for connecting same to the sides of a building structure. Each siding panel has two elongated recesses or grooves on its backface near the bottom edge of the panel, one recess being nearer the bottom end than the other, with a resilient clip having opposite end portions located in the respective recesses such that the clip is retained in engagement with the panel. The clip has a support leg extending therefrom. Each successive panel is assembled on top of a lower panel already secured to the wall, by positioning the support leg of the clip in engagement with the upper edge of the lower panel, with the lower portion of the upper panel overlapping the upper edge of the lower panel. The upper edge of the newly installed panel is then secured to the wall, for example, by nailing. The clips are easily assembled with the panels, and installation is a very simple matter.

Abstract: This disclosure relates to a roof plate assembly comprising a plurality of individual roof plates interlocked with one another by means of a plurality of anchoring pieces, and fastened to a batten or the like. The anchoring pieces connect the trailing end of each roof plate with the leading end of the following roof plate. The anchoring pieces and the roof plates are interlocked with one another by means of bent stop portions having portions spaced from one another with sufficient clearance to absorb dimensional inaccuracies during assembly. Each roof plate further includes a suspending piece which depends from its leading end and abuts the trailing end of the preceding roof plate to provide, in combination with the anchoring piece, a double connection at the trailing end of each roof plate.