Abstract: An article with a simulated wood grain has a molded unitary body having a first face with a total area. The first face has a base surface and a plurality of ticking elements that are disposed on and extend upwardly from the base surface. The ticking elements extend generally along a ticking axis. Each ticking element has an upper ticking surface spaced above the base surface. The upper ticking surfaces of the ticking elements in aggregate form a minority of the total area of the first face of the molded unitary body. The ticking elements on the base surface cooperate to simulate the appearance of wood grain on the first face of the molded unitary body.

Abstract: A unitary molded panel simulates the appearance of a plurality of boards. A body of molded material has a plurality of elongated board elements each with a top face, a pair of opposed end faces, and a pair of opposed side edges. The end faces define a thickness of the board elements. The board elements are parallel to one another and spaced apart so as to define a width of the body. Connection elements each extend between and interconnect the side edges of adjacent board elements. The connection elements provide the only connection between adjacent board elements. Each connection element has a pair of opposed ends and an upper surface extending between the ends. The entirety of the upper surface of each connection element is spaced below the upper plane. Each of the ends is spaced inwardly from the end faces of the adjacent board elements.

Abstract: An injection molded plastic fence panel that includes an upper horizontal rail and a lower horizontal rail. The panel also includes multiple spaced-apart vertical members extending between and interconnecting the upper and lower horizontal rails. The vertical members each have a diamond-shaped cross-section with a front-to-back depth and a side-to-side width. The depth of the vertical members is less than the width of the vertical members.

Abstract: A molded plastic truss work includes an upper grid and a lower grid, with a plurality of interconnecting members interconnecting the grids. The upper grid includes longitudinal members and transverse members that extend between and interconnect the longitudinal members. The lower grid includes longitudinal members and transverse members extending between and interconnecting the longitudinal members. The longitudinal members in the lower grid are positioned such that each of the longitudinal members in the lower grid is not directly below any of the longitudinal members in the upper grid. The transverse members in the lower grid are positioned such that each of the transverse members in the lower grid is not directly below any of the transverse members in the upper grid. The plurality of interconnecting members extend between the upper and lower grids, and include a plurality of vertical members.

Abstract: A bracket for supporting an elongated rail with respect to a post includes a bracket body with a rail supporting portion and an attachment portion. The rail supporting portion has an opening defined therein for receiving the end of the rail when the bracket body is installed. The opening has a central axis. The attachment portion has a first surface and a second surface spaced therefrom. A fastener receiving passage is defined from the first surface to the second surface. The passage is formed by a first bore extending from the first surface part way to the second surface and a second bore extending part way from the second surface to the first surface. The first and second bores interconnect to find the passage. The central axis of the first and second bores are each generally parallel to the central axis in the opening. The axis of the first and second bores are offset with respect to one another by a distance greater than half the difference in their widths.

Abstract: An injection molded plastic fence panel that includes an upper horizontal rail and a lower horizontal rail. The panel also includes multiple spaced-apart vertical members extending between and interconnecting the upper and lower horizontal rails. The upper and lower horizontal rails each have a concave front surface and a concave rear surface with a pair of edges interconnecting the front and rear surfaces. The front and rear surfaces each have central regions intermediate the edges, with the central regions being separated by a distance less than the front-to-back depth of the edges.

Abstract: A bracket for supporting an elongated rail with respect to a post includes a bracket body with a rail supporting portion and an attachment portion. The rail supporting portion has an opening defined therein for receiving the end of the rail when the bracket body is installed. The opening has a central axis. The attachment portion has a first surface and a second surface spaced therefrom. A fastener receiving passage is defined from the first surface to the second surface. The passage is formed by a first bore extending from the first surface part way to the second surface and a second bore extending part way from the second surface to the first surface. The first and second bores interconnect to find the passage. The central axis of the first and second bores are each generally parallel to the central axis in the opening. The axis of the first and second bores are offset with respect to one another by a distance greater than half the difference in their widths.

Abstract: An injection molded plastic fence panel that includes an upper horizontal rail and a lower horizontal rail. The panel also includes multiple spaced-apart vertical members extending between and interconnecting the upper and lower horizontal rails. The vertical members each have a diamond-shaped cross-section with a front-to-back depth and a side-to-side width. The depth of the vertical members is less than the width of the vertical members.

Abstract: An injection molded plastic fence panel that includes an upper horizontal rail and a lower horizontal rail. The panel also includes multiple spaced-apart vertical members extending between and interconnecting the upper and lower horizontal rails. The upper and lower horizontal rails each have a concave front surface and a concave rear surface with a pair of edges interconnecting the front and rear surfaces. The front and rear surfaces each have central regions intermediate the edges, with the central regions being separated by a distance less than the front-to-back depth of the edges.

Abstract: A plastic pegboard includes a generally flat sheet of plastic material with multiple holes positioned at regular intervals. The sheet has a generally smooth front face and an opposed rear face. The rear face includes a ring projecting about each of the holes, as well as multiple ribs extending between some of the holes.

Abstract: A molded plastic lattice simulates a lattice of separate superposed members. A first set of elongated members lies in one plane, with each of the members having a concave upper surface, a concave lower surface, and a pair of edges interconnecting the upper and lower surfaces. The upper and lower surfaces each have central regions that are intermediate the edges. The central regions of the upper and lower surfaces are separated by a distance less than the thickness of the edges such that each of the members have a bowtie shaped cross-section. A second set of elongated members lies in a second plane, with the second set of members intersecting and interconnecting the first set at junction regions. Each of the members in the second set also has a concave upper surface, a concave lower surface, and a pair of edges interconnecting upper and lower surfaces.

Abstract: A one piece molded plastic lattice simulates a lattice of separate superposed members. The lattice includes a set of continuous elongated members that lie in a plane. A second set of discontinuous elongated members intersects and interconnects the first set of members at junction regions. The second set of discontinuous elongated members may lie in another plane. The upper surfaces of the first set of members is transversely concave, or the upper surfaces of the second set of members is longitudinally convex, so that a discontinuity is created at each of the junction regions. In this way, the plastic lattice creates the illusion of being a multi-piece lattice.

Abstract: A one piece molded plastic lattice simulates a lattice of separate superposed members. The lattice includes a set of continuous elongated members that lie in a plane. A second set of discontinuous elongated members intersects and interconnects the first set of members at junction regions. The second set of discontinuous elongated members may lie in another plane. The upper surfaces of the first set of members is transversely concave, or the upper surfaces of the second set of members is longitudinally convex, so that a discontinuity is created at each of the junction regions. In this way, the plastic lattice creates the illusion of being a multi-piece lattice.