Company Filing History:
Years Active: 2020
Title: Innovations by Jennifer Erskine
Introduction
Jennifer Erskine is a notable inventor based in Mississauga, Canada. She has made significant contributions to the field of electrical engineering, particularly in the area of electric arc furnaces. Her innovative approach has led to the development of a unique method for measuring electrode lengths, which is crucial for optimizing furnace operations.
Latest Patents
Jennifer holds a patent for a "Method and apparatus for measuring the length of an electrode in an electric arc furnace." This invention involves a method for determining a length parameter of an electrode during the operation of an electric arc furnace. The design includes an internal duct that extends through the length of the electrode and is open at its lower end. A solid-core waveguide, made from a material with a low dielectric constant and high-temperature resistance, is received in the internal duct. The waveguide includes at least one target, and an electromagnetic radiation signal is emitted from a source. This signal is transmitted through the waveguide, diffracted, and/or reflected from the target to produce a return signal. By measuring the time or frequency difference between the emitted signal and the return signal, the length parameter can be accurately calculated.
Career Highlights
Jennifer has made a significant impact in her field through her work at Hatch Ltd. Her innovative solutions have not only advanced technology but have also contributed to the efficiency of electric arc furnaces. With her expertise, she has become a valuable asset to her company and the industry.
Collaborations
Jennifer collaborates with talented professionals such as Matthew H. Cramer and Afshin Sadri. Their teamwork fosters an environment of innovation and creativity, leading to groundbreaking advancements in their projects.
Conclusion
Jennifer Erskine's contributions to the field of electrical engineering exemplify the spirit of innovation. Her patented method for measuring electrode lengths in electric arc furnaces showcases her expertise and commitment to advancing technology. Through her work and collaborations, she continues to make a significant impact in her industry.