Abstract: A Gaussian Surface Neodymium magnet of at least one or a plurality of spherical or any other Gaussian Surface configuration that is seated in the center of a stationary coil and whereby said magnet or plurality of magnets remains free to rotate about its axis within said coil; and whereby said magnet is capable of continuous, interrupted, or mechanically pulsed movement for the generation of electrical induced current within said stationary coil; and said magnetic field of said magnet is concentrated and focused by at least one or a plurality of focus Neodymium magnets for induced current enhancement; and whereby focus magnet fields are inline and parallel to said center rotational magnet(s).

Abstract: A Gaussian Surface Neodymium magnet of at least one or a plurality of spherical or any other Gaussian Surface configuration that is seated in the center of a stationary coil and whereby said magnet or plurality of magnets remains free to rotate about its axis within said coil; and whereby said magnet is capable of continuous, interrupted, or mechanically pulsed movement for the generation of electrical induced current within said stationary coil; and said magnetic field of said magnet is concentrated and focused by at least one or a plurality of focus Neodymium magnets for induced current enhancement; and whereby focus magnet fields are inline and parallel to said center rotational magnet(s).

Abstract: A rules engine based telematics patient care locationing system called TracPoint™, for use in hospitals and healthcare congregate residency locations. The specific telematics e-health patient care software utilizes a rule based logic that combines RFID locationing information with preset location, time or relationship based rules (or combinations thereof) to monitor and automatically notify caregivers upon the violation of one or more specific or general rules. A rules engine applies selected rules stored in the data base to individual tags worn by people or applied to objects, to produce an output based on the individualized rule set for that specific tag, triggering a notification sequence that can include preprogrammed notifications via email, text or audible alerts when the specific parameters of the applied rule is violated. The tracking of the rules is in real time against the second by second location data provided by the RFID readers located throughout an area.

Abstract: The novelty of the present invention relates to a dedicated system and applied methodology for monitoring a patient under care; so as to guard against and prevent any anticipated potential or kinetic problems arising from either the involvement, or cause of said home or congregate facility resident-patient under care; or from any situation unrelated to said home or congregate facility resident-patient's involvement or cause. Whereas said home or congregate facility resident-patient is classified as being in a state of dementia, or any physical or mental classification requiring an intrinsic form of interminable, non-compromised, on site caregiver administering. Whereby said present invention system sensor components, electronically and wirelessly, interrogates and reports patient status; monitors internal perimeter location and environment, along with external perimeter location and environment.