MAV Trademark

Industrial robots for working glass; industrial robots for working wood; industrial robots for working metal; industrial robots for working plastic material; industrial robots for use in manufacture; industrial robots for shaping plastic material; industrial robots for shaping wood; industrial robots for shaping glass; industrial robots for shaping metal; industrial robots for use in the handling of workpieces; industrial robots for use in the mounting of workpieces to be worked on; unmanned industrial robots for machine tools; robotic mechanisms in the nature of unmanned industrial robots for working glass; robotic mechanisms being parts of unmanned industrial robots, namely, parts of loading-unloading machines and apparatus; robotic mechanisms in the nature of unmanned industrial robots for working metal; robotic mechanisms in the nature of unmanned industrial robots for working plastic material; robotic mechanisms in the nature of unmanned industrial robots for working wood; robotic mechanisms in the nature of unmanned industrial robots for shaping plastic material; robotic mechanisms in the nature of autonomous industrial robots for shaping metal; robotic mechanisms in the nature of unmanned industrial robots for shaping wood; robotic mechanisms in the nature of unmanned industrial robots for shaping glass; robotic mechanisms in the nature of unmanned industrial robots for use in processing food; robotic apparatus in the nature of unmanned industrial robots for handling materials; robotic arms for industrial purposes being parts of unmanned industrial robots; unmanned industrial robots for transferring workpieces; unmanned industrial robots for handling rods; unmanned industrial robots for feeding workpieces; unmanned industrial robots with articulated arms for manipulating workpieces; unmanned industrial robots for conveying materials; unmanned industrial robots for welding

Motion, torque, force, proximity, sound, pressure, contact and encoder sensors for use with machine tools; privacy protection sensors in the nature of motion sensors, sound sensors, pressure sensors, contact sensors, and contact recognizing sensors; internet of things (IoT) sensors, namely, motion, torque, proximity, sound, pressure, contact and encoder sensors for internet of things (IoT) enabled devices; artificial intelligence software for healthcare, namely, downloadable sensor software using artificial intelligence for operating healthcare (IoT) motion, sound, pressure, contact, recognizing sensors in the field of healthcare

Technological research relating to the computerised automation of industrial processes