Computer hardware, namely, wireless access points to receive and to store electrocardiograph data from wireless monitoring sensor patches worn by patients for subsequent processing, viewing and relaying to other systems; Computer hardware, namely, wireless access points to receive and to store vital sign data from physiological monitoring sensor patches worn by patients for subsequent processing, viewing and relaying to other systems; silicon platform chip integrating multiple radio types, sensor interfaces, application processor and power management circuits for building wearable wireless sensors for electrocardiograph monitoring; silicon platform chip integrating multiple radio types, sensor interfaces, application processor and power management circuits for building wearable wireless sensors for physiological vital sign monitoring; silicon platform chip integrating multiple radio types, sensor interfaces, application processor and power management circuits for building wireless sensors for industrial monitoring; silicon platform chip integrating multiple radio types, sensor interfaces, application processor and power management circuits for building wearable wireless sensors for internet of things applications; downloadable software for mobile devices to capture electrocardiograph data from wireless monitoring sensor patches worn by patients for subsequent processing, viewing and transmission; downloadable software for mobile devices to capture vital sign data from physiological monitoring sensor patches worn by patients for subsequent processing, viewing and transmission
Electrical and Scientific ApparatusWearable wireless sensors for use in electrocardiograph monitoring for medical purposes; wearable wireless sensors for use in physiological vital signs monitoring for medical purposes
Medical Apparatus