Company Filing History:
Years Active: 1996
Title: **Innovative Contributions of C Peter Van Dine in Motion Transfer Mechanisms**
Introduction
C Peter Van Dine is an inventor based in Bolton, Connecticut, renowned for his innovative work in the field of motion transfer mechanisms. With a patent to his name, he has made significant contributions that blend engineering precision with advanced optical technology.
Latest Patents
Van Dine's patent, titled "Flexture plate motion-transfer mechanism, beam-splitter assembly," revolves around an intricate design of one-piece flexure plates. These plates are assembled in pairs to create a robust support system for retroreflectors, facilitating reciprocal motion. The patent details how the flexure plates, combined with balance bodies, ensure that the support system maintains dynamic and static balance, regardless of orientation, effectively shielding the assembly from external forces. The application of this technology is particularly impactful in two-arm interferometers, where it aids in supporting moving retroreflectors, enhancing precision in measurements.
Career Highlights
Working at On-line Technologies, Inc., Van Dine has been integral to the development of cutting-edge optical systems. His contributions have been pivotal in driving the technological advancements of the company, particularly in spectrometer design, which employs an integrated clocking sub-assembly and lightweight voice-coil motors.
Collaborations
Throughout his career, Van Dine has collaborated with skilled professionals like Robert M. Carangelo and Mark D. Dettori. These partnerships have not only enhanced the quality of their collective innovations but have also fostered a spirit of teamwork essential for tackling complex engineering challenges.
Conclusion
C Peter Van Dine's inventive spirit and contributions to the fields of motion transfer mechanisms and optical technology showcase the impact of innovative engineering. His work continues to influence advancements in various applications, underscoring the importance of ingenuity in today’s technological landscape.