Company Filing History:
Years Active: 2016
Title: Delphine Meunier: Innovating Force Measurement Technology
Introduction
Delphine Meunier is an accomplished inventor hailing from Soufflenheim, France. She has made a significant contribution to the field of force measurement through her innovative design of a force transducer that serves as a capacitive load cell. With a single patent to her name, Meunier demonstrates the potential of inventive thinking in advancing technology.
Latest Patents
Delphine Meunier's patent is titled "Force Transducer Forming a Capacitive Load Cell." This invention involves a sophisticated force transducer that employs a spring body, which deforms when subjected to a force. The transducer consists of two support parts that are strategically separated by a gap, allowing them to move from a resting position upon load application. Utilizing a capacitive displacement detector, the design is capable of accurately detecting the relative movement of these support components. The inclusion of two electrode combs, each mounted on a support part with multiple electrode fingers, ensures the device's load-bearing capabilities. This clever engineering not only achieves precise measurements but also enhances resistance to overload conditions.
Career Highlights
Delphine works at Siemens Aktiengesellschaft, a prominent company renowned for its technological innovations. Her role at the company underscores her commitment to advancing engineering solutions that impact various industries significantly.
Collaborations
Throughout her professional journey, Meunier has collaborated with notable colleagues including Karlheinz Amtmann and Dominik Braun. Together, they contribute to a robust environment of innovation, enhancing the development of cutting-edge technologies.
Conclusion
Delphine Meunier's inventive spirit and dedication to creating practical solutions exemplify the important role of women in technology and innovation. Her work on the capacitive load cell showcases how her expertise can contribute to the advancement of force measurement technologies, impacting a wide range of applications in the field.