MICHIGAN AEROSPACE
Mark Identification

MICHIGAN AEROSPACE

Serial Number

86400137

Filing Date

Sep 19, 2014

Registration Date

Aug 11, 2015

Trademark by

MICHIGAN AEROSPACE CORPORATION

Active Trademark

Classification Information

Laser-based atmospheric measurement systems, comprised primarily of a laser, receiver, detector and processor, to measure wind speed, direction, temperature, air density, and other constituents; Air and water measurement and decision making systems comprised of sensing and control hardware and software for use in applications that perceive, learn, and act intelligently; Lidar (light detection and ranging apparatus) systems comprised of electrical, mechanical, optical, and software components, namely, photodetector and receiver electronics, laser and optical scanners, sensors, and software for recording and evaluating the performance of each component; Electro-optical, electronic and mechanical instruments and components, namely, sensors, detectors, interferometers, etalons, fiber optic assemblies; Piezo-electric and ferro-electric actuators, nano-positioning systems comprised of electrical, mechanical, optical, and software components, namely, feedback sensors, ceramic material, and electronic and software control technology; Custom fiber optics; machine learning decision making software for use in bioinformatics, business analytics and monitoring of equipment; Specific Emitter Identification (SEI) software

Electrical and Scientific Apparatus

Engineering consulting services in connection with developing, designing, and manufacturing atmospheric measurement and decision making systems; Engineering services in the field of optical and opto-mechanical instruments, mechanical systems for land, air, and water vehicles, and mechanical and opto-mechanical design; Analysis of products for thermal, structural, and optical performance characteristics; Research services in the field of atmospheric phenomenology; Computer software design and development for others relating to instrument performance modeling, SIGINT (signal, monitoring, interception and analysis) applications, predictive analytics, image processing, pattern recognition, and machine learning and visualization; Design of End-to-End electrical, mechanical, optical, opto-electrical and opto-mechanical instruments; Instrument Design for Spacecraft, Aircraft, Ground and Marine Environments, namely, electromechanical instruments, optical instruments, and sensors

Computer and Scientific