Company Filing History:
Years Active: 1983
Title: The Innovations of Robert L. Ashlock
Introduction
Robert L. Ashlock is a notable inventor based in Diamond Bar, California. He has made significant contributions to the field of telecommunications, particularly with his innovative patent that enhances digital multiplexed communication systems. His work exemplifies the intersection of technology and practical application, showcasing his expertise in the industry.
Latest Patents
Ashlock holds a patent for an "Automatic self-test system for a digital multiplexed telecommunication." This invention is an automatic self-test apparatus designed for use in digital multiplexed communication systems. It features self-testing idle circuitry that is coupled to idle telephone lines. The apparatus utilizes a tone generator to produce digital words that describe an analog test signal. Additionally, a detector is employed to identify digital data on the internal data bus that corresponds to this self-test analog signal. The system is controlled by a programmed microprocessor, which manages the transfer of data and the identification of idle lines. If a malfunction is detected, the controller sets off an alarm, ensuring that the system operates efficiently.
Career Highlights
Ashlock's career is marked by his work at Anaconda-Ericsson Inc., where he has contributed to advancements in telecommunications technology. His innovative spirit and technical skills have allowed him to develop solutions that address complex challenges in the industry.
Collaborations
Throughout his career, Ashlock has collaborated with notable colleagues, including Carl E. Gabrielson, Jr. and Douglas P. Kerr. These partnerships have fostered an environment of innovation and creativity, leading to the development of impactful technologies.
Conclusion
Robert L. Ashlock's contributions to telecommunications through his patent and work at Anaconda-Ericsson Inc. highlight his role as a significant inventor in the field. His innovations continue to influence the way digital communication systems operate today.