Company Filing History:
Years Active: 2024
Title: The Innovative Mind of Philip Steiner: Pioneering Particle Counting Technologies
Introduction: Philip Steiner, an inventive mind based in Tremont, Illinois, holds a significant patent in the field of particle counting. His groundbreaking work primarily focuses on enhancing the detection and analysis of particles using innovative systems and methods. His expertise is exemplified in a single patent that showcases a sophisticated approach to monitoring particles, which has practical applications in various industries.
Latest Patents: Philip Steiner's patent is titled "Particle counting apparatus, systems and methods." This invention presents a cutting-edge solution involving a first light plane generated across a passageway by a first LED emitter array. A corresponding photodiode receiver array is employed to detect particles passing through the light channels of this first light plane. Additionally, the invention includes a second embodiment, which involves the creation of a second light plane at a 90-degree angle from the first. This second light plane, generated by another LED emitter array, is longitudinally offset from the first, allowing for the identification of particles in a third dimension that may be undetected by the initial light plane. The technology effectively normalizes, analyzes, and characterizes raw output signals to distinguish between individual particles and overlapping groups for accurate counting.
Career Highlights: Philip Steiner is associated with Precision Planting, Inc., a company known for its innovative agricultural solutions that improve farming efficiency. His contributions to the company's advancements in particle counting technologies highlight his commitment to fostering innovation within his field. The development of his patent reflects his dedication to enhancing analytical capabilities in various technological applications, particularly in agriculture and environmental monitoring.
Collaborations: At Precision Planting, Philip collaborates closely with his coworker Chad E. Plattner. Their teamwork in developing and refining particle detection systems has contributed to groundbreaking advancements, ensuring that their products meet high standards of accuracy and efficiency. This collaboration underscores the importance of teamwork in the innovation process and highlights the collective effort to push the boundaries of technological advancements.
Conclusion: Philip Steiner's contributions to particle counting apparatus and methods represent a significant leap in technology, with potential implications for various industries. His innovative spirit and dedication to research and development at Precision Planting, Inc. demonstrate the vital role inventors play in shaping the future of technology. As they continue to explore and enhance methods of particle detection, the innovations they bring forth hold promise for a more efficient and precise approach to monitoring and analysis.