Company Filing History:
Years Active: 1997-2002
Title: The Innovative Mind of Ronald W. LaValley
Introduction: Ronald W. LaValley, a distinguished inventor based in Belmont, California, has made notable contributions to the field of soldering technology, holding three patents that showcase his innovative spirit and dedication to improving electrical conductivity and efficiency in tools.
Latest Patents: LaValley's latest inventions include a pioneering technique for producing soldering iron tips. This innovative method involves cutting clad wire into segments, creating tips composed of a core material, such as copper, wrapped in a protective outer layer like stainless steel, nickel, chromium, or an alloy. The process not only reduces corrosion but also enhances the electrical conductivity between the tip and the soldering iron handle. Furthermore, the inclusion of a heater element made from the same wire segment enhances thermal transfer properties. Another significant invention is the pivotal tweezer structure featuring gears and self-regulating Curie-point heaters. This design includes arms that pivot towards each other and legs with ferromagnetic heaters, allowing the user to select heaters with varying Curie temperatures to adapt to different tasks.
Career Highlights: Throughout his career, Ronald has worked with notable companies, including Metcal, Inc. and Delaware Capital Formation, Inc. His experiences in these organizations have enabled him to refine his skills and innovative approaches in the electronics field.
Collaborations: LaValley's achievements have been made possible through collaborations with talented coworkers, including Michael Carlomagno and Jeffrey Philips. Their combined expertise and support have been instrumental in advancing their projects and patents.
Conclusion: Ronald W. LaValley's contributions to soldering technology serve as a testament to his inventive talent and commitment to advancing the field. His patents reflect a blend of practicality and innovation, making significant strides in improving the functionality and efficiency of soldering tools.