Abstract: Wood shingle sidewall panels include a face layer of high-grade tapered wood shingles with their longitudinal edges in abutment, an intermediate layer of veneer and a backing layer of wood shingles tapered opposite to the taper of the face wood shingles. The shingle layers are bonded to the opposite sides of the veneer, respectively. Each sidewall panel shingle has a rabbeted longitudinal edge which when abutted to the adjacent shingle in the panel simulates the appearance of shingles individually applied to a wall.

Abstract: A wood shingle panel includes an elongated backing sheet and a face layer adhesively bonded together, the face layer being composed of a double course of half-length shingle sections formed by severing standard full-length tapered wood shingles midway between their tip and butt ends. The butt end portions of the tip shingle sections are located adjacent to the lower longitudinal edge of the backing sheet and the tip end portions of the butt shingle sections are located adjacent to the upper longitudinal edge of the backing sheet. The butt end portions of the butt shingle sections are arranged along the central portion of the backing sheet and overlie the tip end portions of the tip shingle sections. The butt end portions of the butt shingle sections are rabbeted for receiving the tip end portions of the tip shingle sections in the rabbet. The lower margin of the backing sheet may be rabbeted beneath the butt portions of the tip shingle sections to overlap the upper margin of the next lower panel.

Abstract: A method of making wood shingle sidewall panels by assembling a layup including a face layer of high-grade tapered wood shingles with their longitudinal edges in abutment, each such shingle having a rabbeted longitudinal edge, an intermediate layer of veneer and a backing layer of wood shingles tapered opposite to the taper of the face wood shingles, and bonding the shingle layers to the opposite sides of the veneer, respectively. The face layer of sidewall panel shingles having rabbeted edges simulates the appearance of shingles individually applied to a wall.

Abstract: A method of making wood shingle sidewall panels by assembling a lay-up having one layer of high-grade tapered wood shingles with a staggered butt edge, an intermediate layer of veneer and an opposite layer of low-grade wood shingles with an even butt edge and tapered opposite to the taper of the high-grade wood shingles; bonding the layers of the veneer; severing the panel blank so formed along a line located generally centrally between its opposite edges, thereby forming two sidewall panel blanks of a width approximately one-half the length of the shingles, one panel blank having staggered shingle butts and the other panel blank having even shingle butts; and thereafter cutting the panel blanks to length.

Abstract: A feed conveyor supplies resawn split shakes of varying thicknesses to an operator at a shake panel assembling machine. The operator arranges shakes in a row with the shake butts generally aligned and the sawn surfaces of the shakes laid on the upper surface of a backing strip to which thermosetting glue has been applied. The assembly of shakes and backing strip is conveyed by a carrier belt to a press station where a solid but readily deformable elastomer pad is pressed against the rough split upper surfaces of the shakes. The pressure of the pad on the shakes causes the pad to be deformed unevenly to conform to the split surfaces of the uneven and varying thickness shakes so that each shake and all portions of each shake are held in engagement with the backing strip under substantially the same pressure while the glue is set by dielectric heating. When the glue has set, the elastomer pad is released from the shakes and the completed assembly is conveyed by the carrier belt to a discharge conveyor.