MEASUREMENT CONTROL SYSTEMS

Brand Owner (click to sort) Address Description
CAMPBELL SCIENTIFIC CAMPBELL SCIENTIFIC, INC. 815 West 1800 North Logan UT 84321 measurement and control systems; namely, industrial and environmental data acquisition and control devices;SCIENTIFIC;
CS CAMPBELL SCIENTIFIC, INC. 815 West 1800 North Logan UT 84321 measurement and control systems; namely, industrial and environmental data acquisition and control devices;
EASYFLUX CAMPBELL SCIENTIFIC, INC. 815 West 1800 North Logan UT 84321 Measurement and control systems, namely, industrial and environmental data acquisition and control devices; Electronic data logger; Environmental, biophysical, structural, hydrological, geotechnical, meteorological and climatological sensors; Electronic sensors for measuring and recording environmental data; Measuring instrumentation, namely, field computer and sensors for environmental monitoring; software for environmental monitoring; Electronic sensors accessible by computer network, telecommunications network or wireless network; Environmental or industrial instrumentation communication systems comprising electronic sensors, electronic data loggers, data acquisition systems comprising computer hardware, namely, gas analyzer, sonic anemometer, electronic data logger, biophysical sensor, memories and processors and software for processing and analyzing the collected data; Computer software for use in collecting, managing and processing data; Computer software for analyzing collected environmental data; Computer hardware; Computer hardware and software for analyzing, measuring and recording environmental characteristics in a system in the fields of environmental, structural, hydrological, geotechnical, meteorological and climatological monitoring and measurements; Computer hardware and software for analysis, receipt, display and use of digital data signals; Electronic monitoring apparatus for monitoring strain, stress, load, fluid or air pressure, displacement, fluid level, angular rotation, gas and fluid flow, precipitation, wind speed, rainfall or snow-water equivalent, temperature, pressure ; Monitors, sensors and computing devices to measure, monitor, analyze and record data regarding physical and environmental characteristics in a system in the nature of strain, stress, load deflection, fluid or air pressure, displacement, fluid level, angular rotation, gas and fluid flow, precipitation, wind speed, rainfall or snow-water equivalent, temperature, and pressure; trace gas sensors and monitors;EASY FLUX;
LEVEL TECH Level Tech, Inc. P.O. Box 432 815 West 1800 North Logan UT 84321 measurement and control systems, namely, liquid level and leak detection systems;
WEATHERHAWK CAMPBELL SCIENTIFIC, INC. 815 West 1800 North Logan UT 84321 Measurement and control systems; namely, industrial and environmental data acquisition and control devices consisting of programmable dataloggers for measuring, processing, storing and transmitting data generated by weather sensors; data transfer devices, namely, telephone interfaces and radio frequency data transceivers; meteorological and climatological monitoring devices consisting of wind speed and direction sensors, solar radiation sensors, temperature sensors, relative humidity sensors, precipitation sensors; weather stations comprising sensors and displays for the measurement and recordation of weather conditions, but not including measurement and control systems for heating, ventilation, and air conditioning;WEATHER HAWK;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. In order to perform a measurement operation of a pattern and a processing operation in parallel while the positions of two substrate stages are accurately measured and wire/hose units are prevented from becoming tangled, a substrate processing apparatus includes an alignment system for measuring the pattern arrangements of the substrates, a processing system disposed separately from the alignment system and used for processing the substrates, substrate stages which are able to support the substrates and move in an xy plane, and position measurement systems which measure the positions of the substrate stages. Four position measurement systems are arranged for the measurement in the x direction, and three position measurement systems are arranged for the measurement in the y direction. One of the position measurement systems for the measurement in the y direction is disposed at a side opposite to the remaining positioning measurement systems across the substrate stages.