THERMAL IMAGING DISPLAY DEVICES

Brand Owner Address Description
TRACEABLE CONTROL 3 Suite B230 12554 Old Galveston Road Webster TX 77598 Thermal imaging and display devices, namely, thermal imaging cameras and display monitors; Thermostats and other temperature switches; Instruments for measuring rotational speed of objects in the fields of science, calibration, research, quality control, industry, manufacturing and maintenance of equipment; Instruments and equipment for measuring weather conditions, including wind speed and direction and precipitation; Instruments for measuring magnitude of precipitation; Instruments for measuring vibration; Instruments for measuring hardness in polymers, elastomers and rubbers; Instruments for measuring pNa content; Instruments for measuring salinity content; Udometers; Pluviometers; Ombrometers; Accelerometers; Tools for measuring the amount of torque applied to fasteners; Gauges for measuring thickness of coatings; Thickness gauges; Gauges for measuring torque or force; Torque gauges; Pressure gauges; Vacuum gauges; Weather stations comprised of thermometers and barometers; Stroboscopes; Pipettors being laboratory equipment; Digital thermometers; Weighing equipment, namely, scales and balances; Battery tester; Control valves for regulating the flow of gases and liquids; Magnetic stirrers for laboratory use; Downloadable computer software and mobile applications for accessing, analyzing, compiling, controlling, reviewing, modifying, manipulating, monitoring, storing, retrieving, and measuring data for electrical, moisture, anemometers, pressure, data logging, airflow, weather conditions, wind speed, precipitation, and vibration; all of the foregoing for scientific, research, quality control, industrial and equipment maintenance purposes;Electronic power-operated torque wrenches; Electronic power-operated tools for applying torque to fasteners;
 

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

    
Technical Examples
  1. A multicolor imaging system is described wherein at least two, and preferably three, different image-forming layers of a thermal imaging member are addressed at least partially independently by a thermal printhead or printheads from the same surface of the imaging member by controlling the temperature of the thermal printhead(s) and the time thermal energy is applied to the image-forming layers. Each color of the thermal imaging member can be printed alone or in selectable proportion to the other color(s). Novel thermal imaging members are also described.