Ty L Baker

Title: Innovations of Ty L Baker: Pioneering Submersible Well Pump Technology

Introduction: Ty L Baker is an esteemed inventor based in Guthrie, OK, known for his significant contribution to submersible well pump technology. With a focus on creating efficient and durable solutions in the energy sector, Baker has secured one patent that showcases his innovative capabilities.

Latest Patents: His most notable patent, titled "Motor lead with heat deflecting layer for submersible well pump," addresses critical challenges in the operation of submersible pumps. The patent describes a motor lead that runs alongside an electrical pump assembly to supply power to the motor. This ingenious design incorporates electrical power wires arranged side-by-side within a sub assembly, each featuring an electrical conductor encased in an insulation layer, which is further protected by a lead sheath. Notably, a metallic band armor encases the sub assembly, while a thermal barrier layer, made of thermal insulation material, ensures efficient heat management by allowing for heat dissipation outward from the sub assembly.

Career Highlights: Currently, Baker is associated with Baker Hughes, a GE Company, LLC, where his role contributes significantly to the advancement of technologies that support various industries, including oil and gas. His patent stands as a testament to his dedication to innovation and improving the efficiency of electrical pump systems.

Collaborations: Throughout his career, Baker has worked closely with colleagues, including Leslie C Reid, to further develop and refine technologies in the sector. Their collaborative efforts reflect a shared commitment to enhancing the performance and reliability of engineering solutions in the field.

Conclusion: Ty L Baker's innovative contributions to submersible well pump technology exemplify the critical role inventors play in advancing industrial capabilities. His patent not only highlights his inventive spirit but also serves as a beacon for future advancements in energy-efficient solutions. The impact of his work is felt across industries that rely on effective pump systems, underscoring the importance of continual innovation within the field.