Abstract: Mechanisms and techniques provide a data communications device for inserting an audio tag into a content page during a communications session between a first computerized device and a second computerized device. A data communications device receives a request for a content page from a first computerized device and transfers the request to a second computerized device. The data communications device receives the content page from the second computerized device in response to the request, inserts an audio tag within the content page, and adjusts a connection characteristic associated with the content page to maintain the communications session between the first computerized device and the second computerized device. The data communications device then transfers the content page having the inserted audio tag and modified connection characteristic to the first computerized device.

Abstract: A process for preparing tetrahydroisohumulone compositions from a hop extract, which process provides an improvement over the extant art, and provides a tetrahydroisohumulone preparation of high yield and purity, which tetrahydroisohumulone preparation exhibits excellent physical stability, and is essentially free from undesirable lupulones, fatty acids, hop oils and degradation compounds.

Abstract: Plastic building panels for exterior use on buildings are made by forming a plastic sheet at an elevated temperature, overlaying an exterior surface portion of the formed sheet with a coloring sheet having a preselected color, and thermally bonding the coloring sheet to the formed sheet. The coloring sheet may comprise a vinyl resin plastisol and pigment particles. Both the formed sheet and the vinyl resin in the plastisol may comprise polyvinyl chloride (PVC). The coloring sheet can be configured with a matte surface substantially without the use of flattening agents, and an adhesion system can be used to augment the lamination between the coloring sheet and the plastic sheet. The coloring sheet can also be configured to have a predetermined pattern, such as may be provided with a plurality of coloring materials having multiple colors.

Abstract: The software error handling determines the nature of the fault and takes different action depending upon the nature of the fault. If the fault prevents the data processing system from continued reliable operation, then the element causing the fault is immediately disabled. Otherwise, the element which is the source of the fault is treated so that it does no harm to the system and causes no further faults. The element can then be completely handled during normal software status checks.

Abstract: Hardware error processing is undertaken to analyze the source of the error and to preserve sufficient information to allow later software error processing. The hardware error processing also allows, for certain errors, complete recovery without interruption of the sequence of instruction execution.