Company Filing History:
Years Active: 2012
Title: Innovations by Bettina Kuhn: Pioneering Particle Sensor Technology
Introduction: Bettina Kuhn is a renowned inventor based in Munich, Germany, recognized for her significant contributions to the field of particle sensor technology. With a patent to her name, she has demonstrated her innovative capabilities, particularly in detecting contamination levels within particle sensors.
Latest Patents: Bettina Kuhn holds a patent titled "Method for detecting a level of contamination of a particle sensor, and particle sensor." This patented method involves using a particle sensor equipped with two electrodes positioned on an insulator material to generate an electrical field. The insulator material is heated beyond a specific limiting temperature, transitioning it into a conductive state. Kuhn's method further enhances the detection process by modulating the insulator material's temperature, allowing for precise measurements of contamination levels through signals captured between electrodes. The innovation compensates for contamination-free states, enabling accurate differential signal analysis.
Career Highlights: As a prominent employee at Robert Bosch GmbH, Bettina Kuhn has showcased her expertise in sensor technology and its applications in various industrial domains. Her commitment to research and development within the company has led to advanced methods that enhance the functionality and reliability of particle sensors.
Collaborations: Bettina Kuhn has worked alongside esteemed colleagues, including Lothar Diehl and Henrik Schittenhelm. Their collaborative efforts have further emphasized the importance of teamwork in driving forward research and achieving groundbreaking innovations in sensor technologies.
Conclusion: Bettina Kuhn exemplifies the spirit of innovation in technology through her work on particle sensors. Her patented method not only reflects her scientific acumen but also contributes to advancements in monitoring and detecting contaminants in various environments. With continued collaboration and research, Kuhn and her team are poised to make further significant strides in sensor technology.