Company Filing History:
Years Active: 1989
Title: Christopher J. Scarinzi: An Innovative Mind in Optical Interposer Technology
Introduction: Christopher J. Scarinzi, an inventor based in Binghamton, NY, has made significant contributions to the field of technology through his innovative patent. With a keen focus on enhancing component lead detection, Scarinzi's work embodies the spirit of innovation that drives the industry forward.
Latest Patents: Scarinzi holds a patent for "Lead detection by variable pressure lead-contacting optical interposers." This invention enables the identification of the presence, absence, and adequacy of lengths of component leads. By engaging each lead with a corresponding interposer, the system monitors the displacement of each interposer or plunger. The integration of optic fibers allows for effective guiding and directing of light beams from transmitters to sensors, providing essential feedback when leads are missing or inadequate. The design includes interchangeable plungers to accommodate various lead lengths and heights of cut and clinch anvils. For dual in-line package (DIP) components, the invention features mirror image devices to effectively manage leads on opposite sides, with adjustable spacing according to the leads' center-to-center (CTC) dimensions.
Career Highlights: Christopher J. Scarinzi is associated with Universal Instruments Corporation, where he continues to explore and develop new technologies. His innovative spirit and dedication have positioned him as a valuable contributor to his field.
Collaborations: Working alongside talented professionals like Henry J. Soth, Scarinzi has fostered a collaborative environment that encourages the sharing of ideas and expertise. This partnership plays a crucial role in advancing the innovation and effectiveness of their technological developments.
Conclusion: Christopher J. Scarinzi exemplifies the innovative mindset that is vital to the continued progression of technological advancements. His groundbreaking patent for lead detection by optical interposers marks a significant achievement in the industry, showcasing the potential for practical applications that enhance product reliability and performance.