About 1 Trademarks found for “JACQUARD J LOGO”

Sensors and devices to be worn by a user to acquire, process, store, and transmit interaction data of the user, namely, medical electrodes, pedometers, accelerometers, stretch sensors, bioimpedance monitors, skin impedance monitors via global computer networks and the Internet; computer hardware and software for use with user interaction monitoring devices, namely, medical electrodes, pedometers, accelerometers, stretch sensors, bioimpedance monitors, skin impedance monitors for receiving, processing, storing, transmitting, and displaying user interaction data, namely time, date, heart rate, body temperature, altitude, global positioning, direction, distance, speed, steps taken, calories burned, navigational information, activity level via global computer networks and the Internet; computer application software for mobile phones, portable media players, tablet computers, notebook computers, personal computers, IPTV devices and wearable technologies, namely, software for processing, storing and transmitting user interaction data, namely time, date, heart rate, body temperature, altitude, global positioning, direction, distance, speed, steps taken, calories burned, navigational information, changes in heart rate, activity level via global computer networks and the Internet; multifunctional electronic sensors and devices, namely medical electrodes, pedometers, accelerometers, stretch sensors, bioimpedance monitors, skin impedance monitors for displaying, measuring, and uploading to the Internet information, namely user interaction data and real-time movement, namely time, date, heart rate, body temperature, altitude, global positioning, direction, distance, speed, steps taken, calories burned, navigational information, changes in heart rate, activity level; wireless transmitters and receivers, namely computer networking transmitters and receivers; electronic security devices, namely wearable fibers featuring near field communication ( NFC) technology-enabled readers and near field communication (NFC) tags for authentication and identification of users of, and for providing secured access to, computer hardware, mobile computing devices and mobile phones; near field communication (NFC) technology-enabled tags for authentication and identification of users of, and for providing secured access to, computer hardware, mobile computing devices and mobile phones; Sensors and devices to be worn by a user to acquire, process, store, and transmit interaction data of the user, namely, medical electrodes, pedometers, accelerometers, stretch sensors, bioimpedance monitors, muscle activity monitors, skin impedance monitors via global computer networks and the Internet; computer hardware and software for use with user interaction monitoring devices, namely, medical electrodes, pedometers, accelerometers, stretch sensors, bioimpedance monitors, muscle activity monitors, skin impedance monitors for receiving, processing, storing, transmitting, and displaying user interaction data, namely time, date, heart rate, body temperature, altitude, global positioning, direction, distance, speed, steps taken, calories burned, navigational information, activity level via global computer networks and the Internet; multifunctional electronic sensors and devices, namely medical electrodes, pedometers, accelerometers, stretch sensors, bioimpedance monitors, muscle activity monitors, skin impedance monitors for displaying, measuring, and uploading to the Internet information, namely user interaction data and real-time movement, namely time, date, heart rate, body temperature, altitude, global positioning, direction, distance, speed, steps taken, calories burned, navigational information, changes in heart rate, activity level

Wearable monitoring devices to be worn by a user for medical purposes, namely, user interaction monitors, namely muscle activity monitors, heart rate monitors, respiratory monitors, thermometers, blood pressure monitors, pedometers, force sensing monitors, skin impedance monitors, and motion sensing monitors