Company Filing History:
Years Active: 2002
Title: Gerta Rocklage: Innovator in Electronically Commutatable Motors
Introduction
Gerta Rocklage, an innovative inventor based in Bochum, Germany, has made significant contributions to the field of motor technology. With her groundbreaking patent for an electronically commutatable motor, she has explored new frontiers in efficient motor control.
Latest Patents
Gerta Rocklage holds one patent that stands out in its complexity and ingenuity: the electronically commutatable motor. This patent describes a motor featuring stator field windings that can connect to a commutation frequency with a DC supply voltage to create a rotating magnetic field for a permanent magnet rotor. A key feature of this invention is the use of semiconductor output stages, which can be activated by control signals at the commutation frequency, allowing for advanced motor control. The design cleverly addresses the disadvantages associated with traditional pulse-width-modulated motor controls, optimizing efficiency by varying the output voltage of a DC transformer based on specific setpoints.
Career Highlights
Gerta Rocklage's career is marked by her work at Robert Bosch GmbH, a prominent company in the automotive and engineering sectors. Her role showcases her dedication to innovation and excellence in engineering, with a focus on developing advanced motor technologies.
Collaborations
Throughout her career, Gerta has worked alongside esteemed colleagues such as Thomas Weigold and Johannes Pfetzer. These collaborations have allowed her to combine expertise and efforts in pushing the boundaries of engineering, further enhancing her impact on the field.
Conclusion
Gerta Rocklage is an esteemed inventor whose work in electronically commutatable motors exemplifies the spirit of innovation. Her contributions not only advance motor technology but also inspire future generations of engineers and inventors aiming to create groundbreaking products. Her patent plays a vital role in shaping the future of motor control systems, potentially leading to more efficient and reliable technologies in various applications.