Company Filing History:
1 out of 2,614 
1 out of 174 Years Active: 1997-2003
Title: The Innovative Mind of Josef Poeppel
Introduction
Josef Poeppel, based in Fahlenbach, Germany, is a distinguished inventor with a focus on enhancing electromagnetically actuated devices and induction motor control systems. With a portfolio of two patents, Poeppel's innovations contribute significantly to reduction in noise and improved efficiency in these technologies.
Latest Patents
Poeppel's recent patents showcase his inventive prowess. The first patent, titled "Method and circuit arrangement for reducing noise produced by electromagnetically actuated devices," describes a detailed mechanism where an electromagnet is powered by a controlled current progression. This allows the armature to operate at minimal energy levels, reducing noise and wear by implementing a two-phase current increase strategy. The second patent, "Method of controlling the power of an induction motor," focuses on precise power regulation of induction motors utilizing main and auxiliary windings. It outlines a digital m-bit keying pattern for fine-tuning motor output stages, leading to enhanced control and efficiency.
Career Highlights
Throughout his career, Josef Poeppel has contributed to prominent organizations such as Daimler Chrysler AG and Temic Telefunken Microelectronic GmbH. His work in these companies has provided him with valuable experience and insights into the intricacies of motor control and electromagnetic technologies, which reflect in his patent filings.
Collaborations
Poeppel has worked alongside notable colleagues, including Stefan Beck and Martin Ebel. These collaborations have fostered a productive working environment, facilitating the exchange of ideas and leading to innovative solutions in their respective fields.
Conclusion
Josef Poeppel stands out as an inventor whose contributions to technology are marked by a commitment to efficiency and reduced environmental impact. His patents not only reveal his inventive capabilities but also set the groundwork for future advancements in electromagnetics and motor control systems.