Trademark: T THEIA 2014189
Word
T THEIA
Device Descrption:
LTR T IN BALL,DIVIDED
ID
2014189
Trademark Type
Figurative
Status
Protected: Registered/protected
Application Date
10 December 2018
Registration Date
10 December 2018
Renewal Date
10 December 2028
Owner(s)
Service
Intellepro Patent & Trade Mark Attorneys
Goods and Services:
Class 9:
Satellite hardware, namely, computer hardware, satellite receivers, satellite dishes, satellite transceivers, electronic data sensors, remote sensors for use in measuring and monitoring activity taking place on, above and below the earth's surface, and associated software for controlling the aforementioned hardware for collecting, processing, analyzing and reporting data, and backhauling data from another orbiting constellation of satellites, which replaces some or all of the need for the constellation satellites to downlink directly to earth on their own; modules, namely, computer memory, and integrated circuit modules for backhauling data from another orbiting constellation of satellites, where the aforementioned replaces some or all of the need for the constellation satellites to downlink directly to earth on their own.
Satellite hardware, namely, computer hardware, satellite receivers, satellite dishes, satellite transceivers, electronic data sensors, remote sensors for use in measuring and monitoring activity taking place on, above and below the earth's surface, and associated software for controlling the aforementioned hardware for collecting, processing, analyzing and reporting data, and backhauling data from another orbiting constellation of satellites, which replaces some or all of the need for the constellation satellites to downlink directly to earth on their own; modules, namely, computer memory, and integrated circuit modules for backhauling data from another orbiting constellation of satellites, where the aforementioned replaces some or all of the need for the constellation satellites to downlink directly to earth on their own.
Class 42:
Remote electronic monitoring via operation and use of satellite equipment using computers and sensors for the analysis of data via visible and non- visible electromagnetic wavelengths, such that materially all of the available wavelengths and/or spectrum necessary to perform subsequent analytics tasks are obtained at once, and/or at a rate faster than the underlying activity rate of the industry, activity or process being observed; spectral analysis of data via visible and non-visible electromagnetic wavelengths and data analysis for commercial, agricultural, geologic, energy and industrial fields, and for monitoring and identifying and differentiating activity, objects and/or living beings, taking place on, above and/or below the earth's surface, especially where the quality of the analytics are sufficient to replace human decision making.
Remote electronic monitoring via operation and use of satellite equipment using computers and sensors for the analysis of data via visible and non- visible electromagnetic wavelengths, such that materially all of the available wavelengths and/or spectrum necessary to perform subsequent analytics tasks are obtained at once, and/or at a rate faster than the underlying activity rate of the industry, activity or process being observed; spectral analysis of data via visible and non-visible electromagnetic wavelengths and data analysis for commercial, agricultural, geologic, energy and industrial fields, and for monitoring and identifying and differentiating activity, objects and/or living beings, taking place on, above and/or below the earth's surface, especially where the quality of the analytics are sufficient to replace human decision making.