Abstract: A universal fluid transfer device is disclosed for transferring fluid from a first container to another utilizing gravity feed. The device comprises a first and second container-connecting cap adapted to securely connect to a receiving and emptying container opening, respectively. The caps preferably threadably engage each container opening, while a central transfer channel threadably connects to each cap to effectuate a path for fluid transfer therebetween. A plurality of cap sizes can be utilized in conjunction with the fluid transfer channel to accommodate various container opening sizes, providing transfer of fluid between identical or dissimilar container openings using a single device that can modularly adapt to different dimensions.

Abstract: A condition management system monitors a variety of biological and environmental conditions for individuals, locations, and objects. Information collected with respect to the various conditions monitored is processed to create an information hierarchy that controls the operation of various alert devices. The alert devices may operate via wired or wireless technology. Quantitative measurements can be made with respect to the monitored conditions in order to create the information hierarchy. Important or critical conditions can take precedent over less critical conditions both in terms of the nature of the alert and the processing order.

Abstract: A condition management system monitors a variety of biological and environmental conditions. Information collected with respect to conditions monitored are processed to create an information hierarchy that controls the operation of various alert devices. Important or critical conditions take precedent over less critical conditions both in terms of the nature of the alert and the processing order.