Abstract: Various methods, apparatuses/systems, and media for providing centralized seamless data access are disclosed. A processor builds a data mesh architecture in a cloud environment. The data mesh architecture includes a single central hub account provided between a plurality of data producer accounts and a plurality of data consumer accounts. The processor causes the plurality of data producer accounts to publish different types of data received from a plurality of data sources onto the single central hub account along with corresponding metadata. The processor also causes the single central hub account to: incorporate the metadata into an application; receive a request from the plurality of data consumer accounts to access the published different types of data from the single central hub account; and control who from the plurality of data consumer accounts can access the published different types of data from the single central hub account based on the metadata.

Abstract: A composite building component includes a non-planar molded composite web having two outer zones and two angled zones wherein the caliper of the angled zones differs from the caliper of at least one of the outer zones, and a flange disposed on an outer surface of an outer zone. A method of providing a composite building component also is disclosed.

Abstract: A composite building component includes a non-planar molded composite web having two outer zones and two angled zones wherein the caliper of the angled zones differs from the caliper of at least one of the outer zones, and a flange disposed on an outer surface of an outer zone. A method of providing a composite building component also is disclosed.

Abstract: A composite building component includes a non-planar molded composite web having two outer zones and two angled zones wherein the caliper of the angled zones differs from the caliper of at least one of the outer zones, and a flange disposed on an outer surface of an outer zone. A method of providing a composite building component also is disclosed.

Abstract: A composite building component, including a non-planar molded composite web having two outer zones and two angled zones wherein the caliper of the angled zones differs from the caliper of at least one of the outer zones, and a flange disposed on an outer surface of an outer zone.

Abstract: A composite building component, including a non-planar molded composite web having two outer zones and two angled zones wherein the caliper of the angled zones differs from the caliper of at least one of the outer zones, and a flange disposed on an outer surface of an outer zone.

Abstract: An embossed, decorative, man-made embossed article having an embossed surface portion containing at least about 80% by weight cellulosic fibers and sufficient binder to adhere the cellulosic fibers together into a structurally sound article having a specific gravity in the range of 0.96 to 1.08, a surface of said article having a pattern of embossed ticks stained to visually distinguish the embossed ticks from surrounding surface portions of said article, said embossed ticks formed in elongated bundles to replicate a wood grain pattern, said embossed ticks and said bundles of ticks satisfying the following criteria: (a) at least 90% of said embossed ticks, in bundles of three or more adjacent ticks, are spaced at least 0.016 inch; (b) at least 90% of said embossed ticks are embossed a depth in the range of 0.003 inch to 0.

Abstract: A distribution platen, for use in a fiberboard press, having a molding cavity and including a steam injection conduit providing fluid communication into the molding cavity from a remote supply of steam. The distribution platen further includes steam venting conduit which provides fluid communication from the molding cavity to a remote location. The press platen allows for the continuous flow of steam into the molding cavity through the dedicated steam injection conduit, and the continuous flow of steam and moisture from the molding cavity through the dedicated venting conduits.

Abstract: In a method for making composite wood products having a market ready finished side, a mat is formed of wood fibers treated with a binder. The mat is loaded into a press cavity formed between two press platens. The first press platen is a conventional hot press platen free of ports. The conventional platen can be smooth or patterned to emboss one surface of the finished product. The other press platen is a steam injection platen which has steam injection ports. The press cavity is sealed and the mat is fully consolidated. A first quantity of steam is injected through the steam injection ports into the mat at a sufficient pressure and for a sufficient time to raise the temperature of at least a portion of a thickness of the mat to 100° C. The injected steam is allowed to vent from the mat through the steam injection ports, carrying with it trapped air and moisture.

Abstract: Wood composite boards are produced from a wood fiber treated with a slow curing, low alkalinity phenol formaldehyde (PF) resin. The resin treated wood fiber is consolidated and cured in a press using steam injection. The slow curing nature of the resin prevents pre-cure of the resin. The press using steam injection speeds curing so that boards can be produced in press cycles comparable to the curing of wood fiber treated with other resins in a press with no steam injection.

Abstract: In a method for making composite wood products having a market ready finished surface, a mat is formed of wood fibers treated with a binder. The mat is loaded into a press cavity formed between two press platens. The first press platen is a conventional hot press platen free of ports. The conventional platen can be smooth or patterned to emboss the finished surface on the product. The other press platen has steam injection ports. The press cavity is capable of being sealed. The mat is fully consolidated. Heat conducted from the first press platen to a first side of the mat vaporizes moisture in a portion of the thickness of the mat closest to the first side causing the moisture to greatly expand in volume. The expanded volume is vented through an opposite side of the mat to purge trapped air from the mat. The vapor expansion is vented from the mat through the steam injection ports, carrying with it trapped air and moisture.