Lawrence P Lavery

Title: The Innovations of Lawrence P. Lavery: A Pioneer in Measurement Systems

Introduction

Lawrence P. Lavery, an accomplished inventor based in Fairport, NY, has made significant contributions to the field of measurement systems, evidenced by his six patented inventions. His work primarily focuses on advanced technologies that enhance the accuracy and efficiency of measuring rotating bodies and programmable modules.

Latest Patents

Among Lavery's notable inventions is the "High Resolution Position Measurement System," which provides a comprehensive methodology for determining the cumulative position and periodic average velocity of a rotating entity. This system integrates an incremental encoder to generate periodic signals that reflect the rotation of the body. Key elements include a high-frequency clock, a timer for controlling sample intervals, and an arithmetic logic unit that processes the completed encoder signal cycles to ascertain the total number of cycles and thereby compute the cumulative position.

Another of Lavery's recent inventions is the "Programmable Connector Module," designed with a molded plastic base housing an integrated circuit (IC) chip. This module features programmable inputs that supply logic values, enabling customization for specific applications. The innovative design allows the module to be positioned anywhere along a multiplex wire bus, facilitating efficient communication between electrical loads.

Career Highlights

Lavery's inventive spirit has been successfully nurtured at Xerox Corporation, where he has contributed to numerous groundbreaking projects throughout his career. His expertise in measurement systems has not only propelled his personal achievements but also advanced the capabilities of the technology being utilized in various industries.

Collaborations

Throughout his career, Lavery has had the opportunity to collaborate with talented individuals, including coworkers Timothy M. Minerd and Larry R. Barnard. These partnerships have played a crucial role in enhancing the quality and scope of his innovations, allowing for a collaborative environment that fosters creativity and technical advancements.

Conclusion

Lawrence P. Lavery stands as a testament to the spirit of innovation, exemplifying how dedication and expertise can lead to significant technological advancements. His contributions, particularly in the field of measurement systems, demonstrate a commitment to refining and optimizing technology for greater efficiency and accuracy. As his work continues to evolve, Lavery's impact on the industry will undoubtedly inspire future inventors and innovators.