MOVE SOLUTIONS Trademark

Testing services for alarm and monitoring systems; monitoring the structural integrity of building structures for quality control purposes; environmental monitoring of contaminated land to determine impact of environmental conditions on structural integrity of bridges, dams, viaducts, buildings, roads, railways, subway systems, tunnels, mines and structures; environmental monitoring services, namely, monitoring of water quality, monitoring of erosion and sedimentation, technical air quality monitoring services; services for monitoring industrial processes, namely, monitoring of acceleration, vibration and tilt on structures and buildings for scientific research purposes; monitoring of activities in the nature of tornadoes, earthquakes, cyclones, hurricanes, temperature variance and environmental conditions for quality control purposes which influence the environment within buildings via use of monitoring and measuring systems and devices for use in connection with structural inspection services on existing structures to determine structural integrity; monitoring of events in the nature of tornadoes, earthquakes, cyclones, hurricanes, temperature variance and environmental conditions for quality control purposes which influence the environment within civil engineering structures via the use of an Internet of Things (IoT) software platform that enables the collection, authentication, and presentation of data, information, and intelligence to assess the structural integrity of bridges, dams, viaducts, buildings, roads, railways, subway systems, tunnels, and mines; environmental testing of vibration; all of the foregoing for use in connection with civil engineering applications

Sensors for structural monitoring, namely, internet of things sensors for industrial calibration and measuring vibration, proximity sensors, pressure sensors, seismic sensors, tension sensors, tilt sensors, acceleration sensors, vibration sensors, motion sensors, and temperature sensors; sensors for determining position, velocity and acceleration and temperature; detectors for detecting motion, vibration, tilt, acceleration, temperature and seismic activity and monitoring instruments in the nature of alarm monitoring systems; monitoring instruments in the nature of electronic monitoring devices comprised of microprocessors, accelerometers, and computer hardware and embedded computer software for monitoring earth, soil and rock surfaces; electronic monitoring devices comprised of microprocessors, accelerometers, computer hardware and embedded computer software for monitoring and measuring the structural integrity of bridges, dams, viaducts, buildings, roads, railways, subway systems, tunnels, mines and structures; electronic monitoring instruments, other than for medical use, in the nature of monitoring and measuring systems comprised of pressure, proximity and seismic sensors, nodes in the nature of computers, telecommunication switches, network routers, vibration, frequency, and sound level meters, wireless communication devices for the monitoring of structures being wireless vibration sensors, wireless pressure sensors, wireless proximity sensors, and wireless seismic sensors, and embedded software for monitoring the health of structures following a seismic event, monitoring interior temperature of structures and monitoring structural integrity of bridges, dams, viaducts, buildings, roads, railways, subway systems, tunnels, mines and structures; sensors used in plant control for determining acceleration, vibration and tilt; electronic control software systems, namely, a downloadable and recorded Internet of Things (IoT) software platform that enables the capture, processing, and storage of sensory data, data normalization, message parsing, and integration with computing nodes, processors, communication devices and sensors for use in connection with the monitoring and assessment of structural integrity; electronic control units for control of apparatus for monitoring structural integrity; measuring, detecting, monitoring and controlling devices, namely, communication devices in the nature of network servers, computers, computer hardware, amplifiers for wireless communications, and wireless vibration sensors for use in the acquisition and transmission of data for the monitoring and analysis of structural integrity; all of the foregoing for use in connection with civil engineering applications