Company Filing History:
Years Active: 1998-2011
Title: Innovations of Timothy J O'Connor
Introduction
Timothy J O'Connor is an accomplished inventor based in Troy, NY (US). He has made significant contributions to the field of electroplating and anti-vibration technology. With a total of two patents to his name, O'Connor's work reflects a commitment to advancing engineering solutions.
Latest Patents
O'Connor's latest patents include the "Plating Stand-Off" and the "Automatically Tuneable Anti-Vibration Boring System." The Plating Stand-Off is designed to maintain the separation between an electrode and an object during a flow-through electroplating process. This innovative stand-off features a streamlined shape that mitigates the effects of shadowing during deposition. The Automatically Tuneable Anti-Vibration Boring System incorporates a lead slug that is axially slidably mounted within a longitudinal cavity in the boring shaft. This system allows for resonant axial vibration at a frequency determined by the mass of the lead slug and the spring constant of the resilient spring members. A vibration detector within the boring shaft transmits a signal to a controller, which adjusts the preload on the resilient spring members to reduce vibration effectively.
Career Highlights
O'Connor works for the US Government as represented by the Secretary of the Army. His role involves developing innovative solutions that enhance operational efficiency and effectiveness. His patents demonstrate his ability to address complex engineering challenges through inventive thinking.
Collaborations
O'Connor has collaborated with notable colleagues, including Alex Wakulenko and Frederick J Nelson. Their combined expertise contributes to the success of their projects and innovations.
Conclusion
Timothy J O'Connor's contributions to the fields of electroplating and anti-vibration technology highlight his innovative spirit and dedication to engineering excellence. His patents serve as a testament to his ability to create practical solutions that address real-world challenges.