Company Filing History:
Years Active: 2003-2006
Title: Innovations by Samson K K Toy
Introduction
Samson K K Toy is an accomplished inventor based in Sunnyvale, California. With a remarkable portfolio of 2 patents, his work focuses primarily on power supply technologies that enhance device reliability and communication during power failures.
Latest Patents
Samson's latest patents include innovative solutions that detect power failures and alert systems about the status of power supply. The first patent, titled "Power supply apparatus to detect power failure and use signaling voltages to issue network alert," describes a power supply that not only provides operational voltage but also executes alerts through a primary link interface when mains power is lost. This system utilizes first outputs to control a CPU and can signal power failures with second outputs that change to signaling voltage near ground. The second patent, titled "Mains loss detection apparatus and method," echoes this innovation, emphasizing the importance of signaling for device communication and operational continuity during power outages.
Career Highlights
Samson currently contributes his expertise to Cisco Technology, Inc., where he applies his inventions to develop advanced power supply solutions. His technical knowledge and innovative insights have significantly influenced the company's product offerings in the power management sector.
Collaborations
A notable collaborator of Samson is John Robert Sisler, with whom he has shared ideas and worked on developing his groundbreaking technologies. Their combined efforts reflect a synergy that fosters innovation within the company.
Conclusion
Samson K K Toy continues to push boundaries in the field of power supply inventions. His patents showcase a blend of technological innovation and practical application, emphasizing the critical role of power management in modern devices. As he progresses in his career at Cisco Technology, insights from his work will undoubtedly serve to enhance system communication and reliability.