Satyadev R Patel

Title: Innovations by Satyadev R Patel in Micromirror Technology

Introduction

Satyadev R Patel, a prolific inventor based in Elk Grove, CA, has made significant contributions to the field of microstructure devices, holding a remarkable total of 81 patents. His inventive prowess is prominently displayed in his latest patents focusing on micromirror array assemblies, showcasing innovative methods to enhance the operational capabilities and structural integrity of microdevices.

Latest Patents

Among his latest inventions are the patents relating to micromirror array assembly. The first patent outlines a microstructure device that incorporates multiple substrates, where components are formed on these substrates. To ensure uniformity in the gap between them, a series of pillars are strategically distributed to prevent any reduction in the gap size. This design not only preserves the necessary spacing but is also innovative in its approach to manage the pressures within the gaps during operation. Furthermore, the electrical connectivity of the substrates, which support the micromirrors and electrodes, can be achieved through various means, including electrical contact areas, pads, and springs.

In a similar vein, Patel has patented another micromirror array assembly that employs in-array pillars to maintain gap uniformity. This patent echoes the principles of the first, detailing how pillars can be bonded to enhance structural integrity and how managing pressure within the microstructure can prevent size fluctuations.

Career Highlights

Satyadev R Patel has an extensive career in research and development, having worked with esteemed organizations such as Reflectivity, Inc. and Texas Instruments Corporation. His experience at these companies has equipped him with a deep understanding of the complexities involved in developing microstructure technology.

Collaborations

Throughout his career, Patel has collaborated with notable professionals such as Andrew Gerrit Huibers and Jonathan Clayton Doan. These partnerships have fostered a collaborative innovation environment, allowing for the progression of pioneering technologies in the microengineering field.

Conclusion

Satyadev R Patel's contributions to micromirror technology demonstrate the impact of innovative engineering solutions in advancing microstructure devices. With 81 patents to his name, Patel continues to play a vital role in shaping the future of microengineering, ensuring that the field evolves with new and improved methods for device performance and reliability. His expertise and collaborations underscore the importance of teamwork in the journey of invention, marking him as a key figure in the landscape of modern technology.