Company Filing History:
Years Active: 2007-2016
Title: Innovations of Aaron Michael Lambert
Introduction
Aaron Michael Lambert is an accomplished inventor based in Lexington, KY (US). He has made significant contributions to the field of imaging devices and laser printers. With a total of 2 patents to his name, Lambert's work showcases his expertise and innovative thinking.
Latest Patents
Among his latest patents is the "Time-based commutation method and system for controlling a fuser assembly." This invention involves an imaging device that includes a fuser assembly with a heat transfer member and a backup member. The design allows for controlled rotation of the backup member at a slower speed during toner fusing operations. The controller utilizes time-based commutation to generate drive signals that create a substantially sinusoidal waveform for the motor.
Another notable patent is "Methods and apparatus for commutating a brushless DC motor in a laser printer." This invention outlines a method for commutating a brushless DC motor with three windings. The controller receives discrete motor position signals and extrapolates the motor position to ensure efficient commutation. The drive signals are designed to maintain a sinusoidal current flow in the motor windings, enhancing the performance of laser printers.
Career Highlights
Aaron Michael Lambert is currently employed at Lexmark International, Inc., where he continues to innovate and develop advanced technologies. His work at Lexmark has positioned him as a key player in the field of imaging technology.
Collaborations
Throughout his career, Lambert has collaborated with talented individuals such as Steven Michael Turney and David Ross Cutts. These collaborations have contributed to the successful development of his patented technologies.
Conclusion
Aaron Michael Lambert's contributions to the field of imaging devices and laser printers highlight his innovative spirit and technical expertise. His patents reflect a commitment to advancing technology and improving efficiency in printing solutions.