Company Filing History:
1 out of 832,812 Years Active: 1992
Title: The Innovative Mind of Teiji Okuyama
Introduction
Teiji Okuyama, a pioneering inventor based in Birmingham, MI, is recognized for his unique contributions to the field of eddy current detection technology. His sole patent showcases an innovative approach to detecting alterations in objects, providing significant advancements in the domain of non-destructive testing methods.
Latest Patents
Teiji Okuyama holds a patent titled "Eddy current detector for detecting an object with offset compensation." This invention utilizes an RF oscillator to induce eddy currents within an object. An eddy current probe is employed to sense variations, such as teeth on a disc, which are represented as eddy current signals. The invention effectively separates alteration current signals from offset currents, enhancing the ability to discern levels in the alteration current signals. This separation is achieved either through AC coupling with a high pass filter or via a microprocessor as part of a data processing detection routine.
Career Highlights
Throughout his career, Teiji has demonstrated remarkable ingenuity and technical skill, leading to the development of his innovative patent. His work showcases his deep understanding of the complexities associated with eddy current technology and its practical applications in various industries.
Collaborations
Teiji Okuyama's innovative journey has been enriched through collaborations with notable colleagues such as Jeffrey Tenenbaum and Peter A Hochstein. Working alongside experienced professionals in the field has allowed him to refine his ideas and contribute to cutting-edge advancements in technology.
Conclusion
Teiji Okuyama stands out as a significant figure in the realm of inventions, particularly in eddy current detection technologies. His patent not only exemplifies creativity but also serves as a crucial tool for enhancing detection methods across various applications. His collaborative spirit and commitment to innovation continue to inspire future developments in the field.