MAE ROBOTICS Trademark

Humanoid robots with artificial intelligence for use in industrial or outdoor environments for purposes such as surveillance, part transportation, assisting humans, localization and navigation; educational robots being teaching robots that allow students develop their own robot control algorithms in a safe manner; downloadable software for controlling robotic systems; downloadable mobile applications for managing and controlling robots; Downloadable robotic operating system software; sensors for measuring distance, speed, and acceleration in robotic systems; electronic controllers for robots; computer hardware for robots; batteries for robots; intelligent controllers being a remote control and decision maker for autonomous systems and driverless cars

Design and development of robotic systems and software; research and development in the field of robotics; technological consultation in the technology field of robotics; providing temporary use of online non-downloadable software for controlling robotic systems; platform as a service (PaaS) featuring computer software platforms for sensing, monitoring, controlling, and performance evaluation of robotic or autonomous systems; software as a service (SaaS) featuring software for controlling robotic systems; design and development of custom sensors for industrial and research applications; Computer intelligence services, namely, intelligent control being service of intelligent control of robots in which the robot may collect, interpret and model the environmental data to make the optimum decisions to control the vehicles or generally any other autonomous systems used in the above applications; data analysis for robots, autonomous vehicles, and generally autonomous systems to ensure safety and control the motions or interaction with their environment, such as a vehicle in a busy environment

Industrial robots; Industrial robotic arms for industrial purposes; robotic welding machines; robotic assembly machines; robotic cleaning machines for windows, walls, or other surfaces of 2D or 3D shapes; autonomous industrial robotic systems comprised of multi-joint arms, controllers, and end tools and end effectors; mobile industrial robots; mobile manipulators for use in security, surveillance, part transportation, or assistive tasks; Industrial surveillance robotic systems comprised of mobile base and scanning systems; Industrial robotics for search and rescue, military, mine detection, police operation, or entertainment operating in rough terrains; robotics for use in agricultural technology being weeding, fruit picking, inspection, and transportation; robotics for use in aerospace testing and automation in the nature of space robotics, robotics in aerodynamic testing, paint stripping or de-icing of aircrafts, or data collection around aerodynamic models inside wind tunnels; robotics for use in manufacturing, namely, polishing, paint stripping, grinding, deburring, and material removal in applications such as sheet metal components, deburring of auto parts or consumer electronics components whether metallic or plastic; parts and fittings for industrial robots, namely, end-effectors, end-tool modules, sensors, grippers, and tools for robots

Installation, maintenance, and repair of robots and robotic systems; technical support services, namely, troubleshooting in the nature of the repair of computer hardware for robotic systems

Autonomous land vehicles; drones