Company Filing History:
Years Active: 2016-2018
Title: Michael Donovan Rulien: Innovator in Anti-Arcing Circuit Technology
Introduction
Michael Donovan Rulien is an inventive mind based in the United States, known for his contributions to electrical engineering. He has developed innovative solutions aimed at enhancing the safety and efficiency of power connections. His notable invention, the Anti-Arcing Circuit, addresses a common issue faced when connecting and disconnecting power adapters.
Latest Patents
Rulien's most significant patent is the Anti-Arcing Circuit. This invention is designed to prevent or substantially mitigate arcing when a power adapter is connected or disconnected from a client device. The anti-arcing circuit restricts power supplied when a connection of a connector to the adapter interface is not fully established. It is further configured to detect when a connection is made and remove the restriction to supply power for the operations of the client device. The circuit includes two different paths and components associated with a detection mode and operational mode respectively. In the detection mode, power supply is suppressed, and a current pulse may be sent to determine if a connection is established. If current is detected, a switch is made to operational mode, allowing power for normal device operations to be supplied.
Career Highlights
Throughout his career, Rulien has focused on developing technologies that improve electrical safety and efficiency. His work on the Anti-Arcing Circuit showcases his commitment to innovation in the field of electrical engineering. Although he currently holds no patents, his contributions to the industry are noteworthy.
Collaborations
Rulien has collaborated with talented individuals such as Chee Kiong Fong and Suet Fong Tin. These partnerships have likely contributed to the development and refinement of his innovative ideas.
Conclusion
Michael Donovan Rulien is a dedicated inventor whose work on the Anti-Arcing Circuit demonstrates his innovative spirit and commitment to improving electrical safety. His contributions, although currently unpatented, reflect a significant understanding of the challenges in power connection technology.