Abstract: An article of manufacture that comprises a structure that is a security system device (or portion thereof) or a fire system device (or portion), where a persistent phosphor and/or a persistent phosphor blend is either integrated in a coating on the structure; applied on the structure; or integrated in the structure, wherein the persistent phosphor comprises certain phosphors or phosphor blends. The present invention has been described in terms of specific embodiment(s), and it is recognized that equivalents, alternatives, and modifications, aside from those expressly stated, are possible and within the scope of the appending claims.

Abstract: An apparatus configured to integrate with existing fire system strobe/horn plates. The apparatus may be a mass notification plate. Also disclosed are embodiments of a strobe housing configured to mix and/or reflect light emitted from one or more light emitters, such as high intensity LEDs, through a lens. The lens may be configured to produce a mass notification pattern. Further disclosed are embodiments of systems and methods that may be configured to deliver strobe control signals and/or strobe color control signals over a two-wire fire system powerline.

Abstract: An article of manufacture that comprises a structure that is a security system device (or portion thereof) or a fire system device (or portion), where a persistent phosphor and/or a persistent phosphor blend is either integrated in a coating on the structure; applied on the structure; or integrated in the structure, wherein the persistent phosphor comprises certain phosphors or phosphor blends. The present invention has been described in terms of specific embodiment(s), and it is recognized that equivalents, alternatives, and modifications, aside from those expressly stated, are possible and within the scope of the appending claims.

Abstract: A method for sizing a computer system. Toolsets defining required performance of a subsystem, as well as hardware and software resources available to the subsystem, are transmitted to a subsystem provider. The subsystem provider responds with information about a subsystem that specifically comports with the toolset's definitions of performance and available resources. Whether two subsystem providers respond to a same toolset for a same subsystem or to different toolsets for different subsystems, the two subsystem providers are blocked from viewing the other subsystem provider's response. Further, each subsystem provider's response includes only information needed to comport with the toolset, thus preventing unnecessary disclosure of specifications of the subsystem beyond those defined in the toolset.

Abstract: An apparatus configured to integrate with existing fire system strobe/horn plates. The apparatus may be a mass notification plate. Also disclosed are embodiments of a strobe housing configured to mix and/or reflect light emitted from one or more light emitters, such as high intensity LEDs, through a lens. The lens may be configured to produce a mass notification pattern. Further disclosed are embodiments of systems and methods that may be configured to deliver strobe control signals and/or strobe color control signals over a two-wire fire system powerline.

Abstract: A method for sizing a computer system. Toolsets defining required performance of a subsystem, as well as hardware and software resources available to the subsystem, are transmitted to a subsystem provider. The subsystem provider responds with information about a subsystem that specifically comports with the toolset's definitions of performance and available resources. Whether two subsystem providers respond to a same toolset for a same subsystem or to different toolsets for different subsystems, the two subsystem providers are blocked from viewing the other subsystem provider's response. Further, each subsystem provider's response includes only information needed to comport with the toolset, thus preventing unnecessary disclosure of specifications of the subsystem beyond those defined in the toolset.

Abstract: A method of doing business is disclosed which utilizes a set of databases and tables to efficiently produce competitive product configurations which meet customers requirements for various workloads using different and changing specifications. Each recommended product must only use currently available parts and account for changes in standard and optional components. The method is designed to configure products to be manufactured on a worldwide basis. Much of the customer's requirement input can automatically be filled in from secondary data sources eliminating keying errors and identifying invalid configurations. Additional design features of the method include a unique structure that allows both the data and the database design, vs. just the data, to be used by programs so that as new components are added, programs do not need to be updated to reflect the changes to the structure of the database design.