Teresa M Walsh

Title: Teresa M Walsh: Inventor and Pioneer in Viscosity Measurement Technology

Introduction:

Teresa M Walsh, a resident of Lawrenceville, NJ (US), is an innovative inventor renowned for her groundbreaking contributions in the field of viscosity measurement technology. Through her dedication and expertise, she has secured three patents, the latest being a vibratory viscometer transducer with isolation support for inline applications. Let's delve into her latest patents, career highlights, notable collaborators, and the impact of her work.

Latest Patents:

One of Teresa M Walsh's recent inventions involves a vibratory viscometer transducer with isolation support for inline applications. This technology revolves around accurately measuring the viscosity of fluids, particularly for process control purposes. The transducer employs an oscillating blade sensor immersed in the fluid, maximizing the generation of shear waves while minimizing compression waves.

The transducer design includes a bar that is rigidly secured and sealed to an isolation plate, ensuring protection for the oscillation driver and pickup components. The isolation plate serves as an impermeable seal between the fluid and the driver/pickup mechanism, preventing any leakage or contamination. It can be corrugated or ribbed to facilitate vibratory motion in the desired direction, aligning with the sensor blade's major surfaces.

Career Highlights:

Throughout her career, Teresa M Walsh has made significant contributions to the field of viscosity measurement technology. Her dedication and expertise are evident in her three granted patents, showcasing her innovative thinking and problem-solving abilities. These inventions have the potential to revolutionize fluid process control by providing accurate and reliable viscosity measurements.

Collaborations:

Teresa M Walsh has had the opportunity to collaborate with esteemed professionals in the industry. Notable colleagues include John V Fitzgerald and Frank J Matusik. These collaborations hold great significance as they provide a platform for exchanging ideas, expanding knowledge, and further advancing their collective expertise within the field.

Conclusion:

Teresa M Walsh's contributions to viscosity measurement technology are commendable. Her latest patent, focused on a vibratory viscometer transducer with isolation support for inline applications, demonstrates her dedication to improving process control accuracy for various fluids. As an inventor and pioneer in her field, Teresa M Walsh continues to push the boundaries of innovation, ultimately benefitting industries reliant on precise viscosity measurements.