Abstract: A system and method for authenticating one or more devices to access a secure resource utilizing device trait characteristics and user identification. Embodiments of the present invention include a multiple device authentication system (100), a direct mode authentication system using an access code (200), a direct mode authorization system (300), a direct mode authentication binding using tap to login (500), direct mode authentication binding system—single device login (600), direct mode login after binding (700), and single device login using a web browser or access application (800). Example disclosed embodiments include: obtaining user information about a user of a hardware device, authenticating the user from the user information, obtaining a hardware profile of the device, where the hardware profile includes user generated data stored on the device, and linking the user information and the hardware profile as a combined electronic identification.

Abstract: According to the invention there is provided a strip for providing a finish to a longitudinal edge of a door, the edge having spaced apart side regions, each side region contacting a main face of the door, in which the strip includes a central groove for locating in a longitudinal groove formed in a longitudinal edge of the door, a pair of edge portions each for abutting against a side region when the central groove is located in the longitudinal groove, and a pair of connecting regions, each connecting the central groove to an edge portion, wherein the pair of connecting regions define upper surfaces of the strip, and the central groove and the pair of edge portions are positioned below the level of the upper surfaces.

Abstract: According to the invention there is provided a composite door including a first and a second door skin, each door skin having an interior and an exterior surface, in which the interior surface of at least the first door skin has one or more bosses formed therein for receiving a fastening element.

Abstract: According to the invention there is provided a method of forming a door skin including the steps of: introducing a sheet moulding compound (SMC) into a mould; moulding and at least partially curing the SMC to produce a skin having substantially the dimensions and external appearance of a door, and thereafter introducing an in-mould coating (IMC) composition to the mould; causing, at least partially through applied pressure, the IMC composition to spread across a surface of the skin; and curing the SMC composition to produce a cured door skin having a cured coating thereon.

Abstract: An area earthquake defense system is disclosed which uses military planning principles; automated command and control systems; the technology of wave manipulation demonstrated in optical engineering, sonar, and anti-tank weapons and their countermeasures; and proven electromagnetic technology. Deeply buried, specially configured, passive devices attenuate, temporally segment, and redirect earthquake shock waves. Such a system, fully integrated into the local geological structure, can reduce the shock reaching the protected area, and, within that area, channel it away from those structures most difficult to protect with single point measures. This is especially true when the plurality of passive devices is complemented by an automated decision and command loop and dynamically reconfigurable active devices embedded at a variety of depths.