Abstract: A clip secure a roofing ridge- or hip-cap to a building structure. The lower part of the clip is anchored to the building structure and the upper part passes between adjacent cap pieces, forming the continuous roof capping, and overlies the upper surfaces of both cap pieces. The clip is adjustable to suit the requirements of individual applications.

Abstract: A method of anchoring ridge-capping or hip-capping to the structure of a building. A rail fitted with a series of clips moveable therealong is secured to a hip- or ridge-board. Flanges on the clips engage the upper surfaces of a series of end-to-end cap sections forming a continuous roof capping above the rail. The clips are adjustable to suit individual applications.

Abstract: Spaced panel bearing studs are vertically arranged to receive and support panel members defining a wall surface. The studs are maintained in a spaced apart relation by detachable spacer bars extending therebetween and releasably engaged therewith. The panel members can be adhesively secured to the studs or mechanically secured in place by separate batten strips or by skirt portions formed integral with the panel members. The batten strips and skirts are each provided with tongues having enlarged formations interlockingly engagable with clips detachably mounted on the studs. Axially adjustable extender clips are insertable in the upper ends of the studs for connecting the studs to ceiling channel members.

Abstract: An angled cap member is provided to finish off hips and ridges for use with 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.

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 fluid tight enclosure suitable for use as a swimming pool positioned either above or below ground level, or for relining an existing pool. The enclosure comprises a plurality of waterproof panels forming the side walls and floor, the panels being sealably interconnected by a structure which includes a resilient elastomeric sealing member bridging the adjacent panels and sealably contacting the front faces thereof. A relatively rigid plastic cover member overlies the sealing member, and in one embodiment of the disclosed invention, a relatively rigid plastic base member is positioned to underlie the sealing member, the base member including an upwardly directed flange adapted to operatively engage a conforming portion of the cover member to secure the cover member in it position overlying the sealing member.