Abstract: A system for capturing and displaying health information. The system receives data from one or more devices monitoring a patient, detects an event based on the data received from the one or more devices, and generates an instruction for displaying the event. The instruction includes an identification of one or more authorized roles for viewing the event and an identification of one or more authorized locations for displaying the event. The system determines a location of the display device and detects a user within a threshold distance of the display device. The system displays the event on the display screen when the location of the display device is included in the one or more authorized locations for displaying the event and a role of the user within the threshold distance of the display device is included in the one or more authorized roles for viewing the event.

Abstract: A system for seizure monitoring controls a camera to operate under a monitoring mode to continuously record data from a subject. The system establishes one or more baselines associated with the subject while operating the camera under the monitoring mode. The system detects one or more deviations from the one or more baselines during a first time window. The one or more deviations being associated with an onset of seizure. The system adjusts one or more settings of the camera while operating the camera under the monitoring mode. When the one or more deviations from the one or more baselines persist during a second time window, the system adjusts the camera to operate under a seizure mode.

Abstract: Endocardial pressure measurement devices, systems and methods for the effective treatment of congestive heart failure and its underlying causes, in addition to other clinical applications.

Abstract: The present device relates to a method of improving a indirect measurement tire pressure detection system. Such systems include a system that detects pressure loss based on wheel speed data. The present method determines reference values dependent upon driving parameters and produces a two-dimensional or multi-dimensional closed range of driving parameters. The closed range of driving parameters uses reference values that are determined to be currently valid.

Abstract: The present invention relates to a method of detecting growth of the dynamic tire circumference (circumferential growth or tire growth), wherein at least one reference value Ref is produced on the basis of wheel speed information, said reference value representing in particular a sidewise and/or crosswise relation of the motor vehicle wheels, and wherein the time variation of the reference value(s) is examined and, further, tire growth is detected on the basis of said variation.

Abstract: The present device relates to a method of improving a indirect measurement tire pressure detection system. Such systems include a system that detects pressure loss based on wheel speed data. The present method determines reference values dependent upon driving parameters and produces a two-dimensional or multi-dimensional closed range of driving parameters. The closed range of driving parameters uses reference values that are determined to be currently valid.

Abstract: The present invention relates to a method of detecting growth of the dynamic tire circumference (circumferential growth or tire growth), wherein at least one reference value Ref is produced on the basis of wheel speed information, said reference value representing in particular a sidewise and/or crosswise relation of the motor vehicle wheels, and wherein the time variation of the reference value(s) is examined and, further, tire growth is detected on the basis of said variation.

Abstract: Endocardial pressure measurement devices, systems and methods for the effective treatment of congestive heart failure and its underlying causes, in addition to other clinical applications.

Abstract: A reactor vessel seal for temporarily sealing a reactor pressure vessel from a water-filled refueling canal above the reactor pressure vessel. The reactor vessel seal is installed in place of the removable reactor pressure vessel closure head for inspecting/servicing the reactor vessel. The reactor seal comprises a seal cap having a surface connected to a flange which is complementary to the upper flange of the reactor pressure vessel. A seal is located between the seal cap flange and the upper flange of the reactor pressure vessel. A lifting rig is connected to the seal cap for lifting the seal cap and placing it in position, with the seal cap flange in alignment with the reactor vessel upper flange, such that the seal located between the seal cap flange and the reactor pressure vessel upper flange is compressed by hydrostatic pressure from water in the water-filled refueling canal acting on the surface of the seal cap as water in the reactor pressure vessel is evacuated.