Sandeep K Patel

Title: Sandeep K Patel: Innovator in Electromagnetic Flow Measurement

Introduction

Sandeep K Patel, an inventive mind hailing from Madison, Alabama, has made significant strides in the field of fluid measurement technology. With one patent to his name, he is recognized for his innovative contributions that enhance the accuracy of flow measurement in various applications.

Latest Patents

Sandeep’s patented invention is an "Electromagnetic Flow Meter Having a Driver Circuit Including a Current Transducer." This electromagnetic flow meter (EMFM) is designed to accurately measure both complete flow rates and dynamically fluctuating flow rates of a fluid. The technology operates by applying a unipolar DC voltage to excitation coils for a specific period, measuring the electric potential at a pair of electrodes, and independently determining the complete flow rate while simultaneously measuring dynamic flow rates during the 'on' cycle of the DC excitation. Furthermore, this invention includes functionalities to correct measurements for errors caused by galvanic drift and other influencing factors, making it a reliable solution in flow measurement technology.

Career Highlights

Sandeep is currently associated with Concepts Eti, Inc., a company that focuses on innovative solutions in engineering and technology. His expertise has positioned him as a key contributor to the development of advanced measurement systems that cater to diverse industrial needs.

Collaborations

Working alongside talented colleagues such as David M Karon and Vincent J Cushing, Sandeep has leveraged collaborative efforts to drive innovations and improve the overall quality of their technological offerings. Together, they work toward creating products that optimize performance and reliability in fluid measurement.

Conclusion

Sandeep K Patel is a notable inventor whose advancements in electromagnetic flow measurement represent a significant leap forward in precision and functionality. His contributions are paving the way for enhanced technology in fluid dynamics, underscoring the vital role of innovation in engineering practices today.