SCIENTIFIC INSTRUMENTATION MEASURING RHEOLOGICAL

Brand Owner Address Description
DIRECT COOL TANNAS COMPANY 4800 James Savage Road Midland MI 48642 Scientific instrumentation for measuring rheological and viscometric properties of lubricants and other fluids, and replacement parts therefor; Scientific instruments, namely, apparatus that can be heated and cooled, for measuring apparent viscosity and providing rheological data of engine oils and other lubricants, oleaginous liquids and related fluids, and replacement parts therefor; scientific instruments that can be cooled, namely, apparatus for measuring viscosity and providing rheological data of engine oils and other lubricants, oleaginous liquids and related fluids, and replacement parts therefor; scientific instruments that can be cooled without a liquid bath intermediary, namely, apparatus for measuring viscosity and providing rheological data of engine oils and other lubricants, oleaginous liquids and related fluids, and replacement parts therefor; rotational viscometers for measuring apparent viscosity and providing rheological data of engine oils and other lubricants, oleaginous liquids and related fluids, and replacement parts therefor; rotational viscometers that can be heated and cooled, for measuring apparent viscosity and providing rheological data of engine oils and other lubricants, oleaginous liquids and related fluids, and replacement parts therefor; rotational viscometers that can be cooled, for measuring apparent viscosity and providing rheological data of engine oils and other lubricants, oleaginous liquids and related fluids, and replacement parts therefor; rotational viscometers that can be cooled without a liquid bath intermediary, for measuring apparent viscosity and providing rheological data of engine oils and other lubricants, oleaginous liquids and related fluids, and replacement parts therefor;
 

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

    
Technical Examples
  1. Trigger reception on different instrumentation devices may be synchronized by each instrumentation device generating one or more trigger enable signals and delaying performance of an operation in response to a trigger signal until a transition in a trigger enable signal. An instrumentation system may include several instrumentation devices and a communication medium coupling the instrumentation devices. One of the instrumentation devices may process data in response to a sample clock signal. That instrumentation device may also generate a trigger enable signal and delay performing an operation in response to a trigger signal transmitted via the communication medium until a transition in the trigger enable signal occurs. The trigger enable signal is not the sample clock signal. The trigger enable signal may be synchronized to another trigger enable signal generated by another one of the instrumentation devices.