Company Filing History:
Years Active: 2008
Title: Inventor Spotlight: Daniel Cam Toan Lu
Introduction: Daniel Cam Toan Lu, an inventor based in San Francisco, CA, has made a notable contribution to the field of engineering with his innovative approach to retaining ring design. With a singular yet significant patent to his name, Lu’s work exemplifies the blend of creativity and engineering precision.
Latest Patents: Daniel Lu holds a patent for a "Retaining ring with shaped surface." This invention details a method in which a retaining ring can be shaped through machining or lapping the bottom surface to create a distinctive profile. The design allows for various geometries including flat, sloped, and curved portions. Interestingly, this lapping process involves a machine specifically engineered for this task, permitting the ring to rotate freely around its axis during the operation. Such versatility in design can enhance the effectiveness and application of retaining rings in industrial settings.
Career Highlights: Daniel Lu is currently employed at Applied Materials, Inc., a leading company known for its cutting-edge technology in materials engineering. His role at the company places him at the forefront of innovation, contributing to technologies that drive advancements in semiconductor manufacturing and other critical fields.
Collaborations: Within the innovative environment of Applied Materials, Inc., Daniel collaborates closely with talented coworkers such as Hung Chih Chen and Steven M Zuniga. These professional relationships foster an atmosphere of teamwork and collective problem-solving, essential for developing groundbreaking technologies.
Conclusion: Daniel Cam Toan Lu represents the spirit of innovation in engineering, with his patent showcasing a significant advancement in the design of retaining rings. His contributions at Applied Materials, Inc. highlight the importance of collaboration in driving technological progress. As he continues to work alongside skilled colleagues, the potential for future innovations remains promising.