HMicro, Inc.

HMICRO

software for patients to track and access data provided by wireless health monitoring systems and electrocardiograph monitoring systems; software for patients to review and adjust wireless health monitoring systems and electrocardiograph monitoring systems; wireless sensor device platform for use in monitoring the location of keys for keyless entry systems within vehicles and aircraft; wireless sensor device platform for use in monitoring the motion of moving parts within vehicles and aircraft; wireless sensor device platform for use in monitoring the fluid levels of within the mechanical infrastructure of vehicles and aircraft; wireless sensor device platform for use in monitoring stress levels of materials within vehicles and aircraft; wireless sensor device platform for monitoring location of employees, inventory items and gasses in industrial facilities; wireless sensor device platform for monitoring safety of employees in industrial facilities, namely, for monitoring environment for adverse conditions; wireless sensor device platform for incorporation of plumbing infrastructure into industrial facilities; wireless sensor device platform for monitoring and controlling the status and function of for internet of things systems, namely, robotic devices, security cameras, sprinkles, thermostats, lighting devices, motion detectors, audio speakers and microphones; 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; computer hardware, namely, wireless access points to receive 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 vital sign data from physiological monitoring sensor patches worn by patients for subsequent processing, viewing and relaying to other systems;H MICRO;an electrocardiograph monitoring system, namely, wearable wireless sensors and a wireless access point for monitoring and reporting on heart activity; a health monitoring system, namely, wearable wireless sensors and a wireless access point for monitoring various vital sign physiological parameters for determining fitness and wellness condition, and for disease diagnosis and management; wireless sensors for use in physiological monitoring products, namely, sensors for monitoring heart activity and blood pressure; wearable wireless sensors for use in electrocardiograph monitoring; wearable wireless sensors for use in physiological vital signs monitoring;

SENSE MORE

software for patients to track and access data provided by wireless health monitoring systems and electrocardiograph monitoring systems; software for patients to review and adjust wireless health monitoring systems and electrocardiograph monitoring systems; computer software platform for use with wireless sensor devices to monitor the location of keys for keyless entry systems within vehicles and aircraft; computer software platform for use with wireless sensor devices to monitor the motion of moving parts within vehicles and aircraft; computer software platform for use with wireless sensor devices to monitor the fluid levels of within the mechanical infrastructure of vehicles and aircraft; computer software platform for use with wireless sensor devices to monitor stress levels of materials within vehicles and aircraft; computer software platform for use with wireless sensor devices to monitor location of employees, inventory items and gasses in industrial facilities; computer software platform for use with wireless sensor devices to monitor the safety of employees in industrial facilities, namely, for monitoring environment for adverse conditions; computer software platform for use with wireless sensor devices to incorporate plumbing infrastructure into industrial facilities; computer software platform for use with wireless sensor devices to monitor and control the status and function of internet of things systems, namely, robotic devices, security cameras, sprinkles, thermostats, lighting devices, motion detectors, audio speakers and microphones; 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; computer hardware, namely, wireless access points to receive 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 vital sign data from physiological monitoring sensor patches worn by patients for subsequent processing, viewing and relaying to other systems;an electrocardiograph monitoring system, namely, wearable wireless sensors and a wireless access point for monitoring and reporting on heart activity; a health monitoring system, namely, wearable wireless sensors and a wireless access point for monitoring various vital sign physiological parameters for determining fitness and wellness condition, and for disease diagnosis and management; wireless sensors for use in physiological monitoring medical products, namely, sensors for monitoring heart activity and blood pressure; wearable wireless sensors for use in electrocardiograph monitoring for medical purposes; wearable wireless sensors for use in physiological vital signs monitoring for medical purposes;

UWNB

Antennas for radio, for television; Apparatus for transmitting radio programmes and radio relay messages;Radio-isotope markers for therapeutic or diagnostic use;

WIAPP

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;

WICARD

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;

WIPATCH

wearable wireless sensors for use in electrocardiograph monitoring; wearable wireless sensors for use in physiological vital signs monitoring;

WIPOINT

wireless access points to receive electrocardiograph data from wireless monitoring sensor patches worn by patients for subsequent processing, viewing and relaying to other systems; wireless access points to receive vital sign data from physiological monitoring sensor patches worn by patients for subsequent processing, viewing and relaying to other systems;

WIPP

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;

WIREACH

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;Wearable wireless sensors for use in electrocardiograph monitoring for medical purposes; wearable wireless sensors for use in physiological vital signs monitoring for medical purposes;

µMSP

The mark consists of The mark consists of a micro symbol with the letters M, S and P.;Color is not claimed as a feature of the mark.;Health monitoring system, namely, wireless bodily sensors and a mobile base station for monitoring fitness condition and various physiological parameters, namely, heart rate monitor, blood pressure monitor, respiration monitors for disease diagnosis and management;