Peter J Mosher

Introduction

Peter J Mosher, an inventive mind based in Northville, MI, is renowned for his contributions in the field of induced flow devices. With a total of two patents to his name, Mosher has made significant advancements that have aided in the testing and functionality of carburetors and related mechanisms. His innovative approach and deep understanding of mechanical systems set him apart in the realm of inventors.

Latest Patents

Mosher's latest patents focus on the "Apparatus for reproducing operating conditions in induced flow devices". This invention presents a method and system designed to simulate the operating conditions of induced flow devices, such as carburetors. The apparatus enables a controlled air flow to move through the device, allowing for precise adjustments to the throttle plate to achieve the desired manifold vacuum. This dynamic control is facilitated by a throttle drive controller, which adjusts the movement of the throttle plate based on the difference between the actual and desired manifold vacuum. The system allows for both rapid and sensitive throttle adjustments, making it ideal for testing various carburetor configurations. Furthermore, it can operate in manual or computer-controlled settings, enhancing its versatility in conducting reliable flow measurements.

Career Highlights

Peter J Mosher is currently affiliated with Scans Associates, Inc., an organization dedicated to advancing technology in the automotive and aeronautics sectors. His work at Scans Associates emphasizes the need for effective and accurate testing mechanisms in the field of induced flow devices. Mosher's knack for innovative solutions and his systematic approach to engineering challenges have become defining features of his career.

Collaborations

Throughout his career, Mosher has collaborated with talented individuals such as Richard L Smith. Together, they have worked on various projects, focusing on enhancing the performance and testing capabilities of induced flow devices. Their teamwork embodies the spirit of innovation and reflects the power of collaboration in achieving remarkable advancements.

Conclusion

Peter J Mosher's contributions to the field of induced flow devices underscore his role as a valuable innovator. With his patents and collaborative efforts, he continues to pave the way for advancements in testing equipment and methodologies. His work not only benefits the automotive industry but also offers insights into the broader applications of carburetor technology, marking him as a significant figure in innovation.