Company Filing History:
Years Active: 1989-1991
Title: Innovations by David J Mundy in Optical Probes
Introduction: David J Mundy is an inventive mind based in San Diego, California, known for his contributions in the field of optical measurement technology. Holding two patents, Mundy has revolutionized the way parameters of bent tubes and pipes are measured with precision.
Latest Patents: Mundy's latest inventions are centered around optical probes designed for measuring various parameters of bent tubes and pipes. The first patent, titled "Optical probe with overlapping detection fields," describes a V-shaped working head equipped with light-sensitive diode arrays and laser diode point light sources. This design allows for the precise measurement of the centerline of a tube by occluding sections of the diode arrays with a small diameter tube. The result is a highly accurate computation of offsets and orientations through meticulous scanning along the tube.
His second patent, also titled "Optical probe with overlapping detection fields," features a substantial U-shaped housing, where light is projected toward two light sensors. The design enables the probe to measure the position of a pipe relative to it, utilizing occluded sections in the sensors' fields of view to define the three-dimensional orientation of the pipe's centerline. Both inventions showcase Mundy’s keen ability to blend optical technologies with practical applications in industrial settings.
Career Highlights: David J Mundy is currently associated with Eaton Leonard Technologies, Inc., where he continues to push the boundaries of optical measurement technologies. His work at Eaton Leonard highlights his commitment to advancing engineering solutions for complex measurement challenges.
Collaborations: Throughout his career, Mundy has collaborated with engineers and industry specialists to refine his inventions, ensuring that they meet the rigorous demands of modern engineering tasks. His partnerships have been instrumental in bringing his patented technologies to market.
Conclusion: David J Mundy's innovative contributions in developing optical probes have significantly impacted measurement technologies in engineering. His inventions underscore the importance of precision in industrial applications, showcasing the potential of optical technologies to enhance performance and accuracy in measuring bent tubes and pipes.