Company Filing History:
Years Active: 1989
Title: A Spotlight on Inventor Laura G. Bulson
Introduction: Laura G. Bulson, an innovative inventor based in Charlotte, NC, has made significant contributions to the field of engineering, particularly through her patent for an electromagnetic actuator. With a strong focus on enhancing printing technology, her work exemplifies the intersection of creativity and technical precision.
Latest Patents: Bulson holds a noteworthy patent titled "Electromagnetic Actuator Having Improved Dampening Means." This invention features a print mechanism that incorporates a longitudinally driven actuator or slider situated between two electromagnets. By selectively activating the electromagnets, the slider efficiently strikes a print element to produce printed information. To enhance the reliability and effectiveness of the mechanism, Bulson designed a unique dampener assembly that absorbs recoil energy and ensures a fixed start position. This innovative assembly includes a return spring and a three-layer damper, which adeptly absorbs excess recoil energy without experiencing permanent deformation.
Career Highlights: Laura G. Bulson is a prominent engineer at International Business Machines Corporation (IBM), where her inventive skills are harnessed to improve printing technologies. Her dedication to innovation is reflected in her meticulous approach to problem-solving and the design of reliable mechanical systems.
Collaborations: Throughout her career, Bulson has collaborated with notable coworkers, including Laura P. Misenheimer and Robert A. Sebrosky. These collaborations emphasize the collaborative nature of innovation and the importance of teamwork in driving technological advancements.
Conclusion: Laura G. Bulson's contributions to the realm of electromagnetics and printing mechanisms underscore her role as a significant innovator. Through her patented invention, she has advanced the efficiency and reliability of printing technologies. As she continues her work at IBM, Bulson undoubtedly remains a valuable asset to the field of engineering and innovation.