Abstract: A system and methods for providing substantially uninterrupted electric power to one or more critical loads that significantly allows superior utilization of equipment and physical space, as well as reduction in the environmental footprint of systems for providing substantially uninterrupted electric power to one or more critical loads. The system and methods comprise an arrangement of power modules configured for providing substantially uninterrupted electric power to one or more critical loads using a combination of loads. The combination of loads generally follows a detailed method that comprises grouping of loads and mathematically determining the power relationships between the power modules and one or more loads. Generally, the method comprises determining the characteristics of the power lines that deliver substantially uninterrupted electric power from the power modules to one or more critical loads. Further, the system may comprise a plurality of power delivery architectures.

Abstract: A system and methods for managing, securely storing, and exchanging patient information and medical images across a plurality of medical facilities and providers. A Universal Medical Information Archive System (“UMIAS”) allows medical providers in various physical locations to securely store and exchange patient information and medical images by providing a streamlined, unified, universal system. The UMIAS allows providers to request and view a particular patient's entire medical profile, which may include various medical images as well as myriad other items of medical information, from a centralized archive such as a cloud-based hosted archive system. Further, according to one embodiment, the UMIAS maintains a Universal Medical Patient Index, which collects and unifies local electronic patient information, and assigns each patient a particular a universal identifier, which is appended to all incoming medical images and can be used by all facilities to identify information relating to a given patient.