Company Filing History:
Years Active: 1976-1984
Title: Sterling C Barton: Innovator in Gas Monitoring Technologies
Introduction
Sterling C Barton, an inventive mind based in Scotia, NY, has made significant contributions to the field of gas monitoring technologies, securing a total of 8 patents. His work primarily revolves around improving the efficiency and safety of dynamoelectric machines, particularly in the context of gas cooling systems.
Latest Patents
Among Barton's latest innovations is a groundbreaking device known as the Hydrogen Leak Monitor for a Turbine-Generator. This invention is designed to monitor leakage of cooling gas from a turbogenerator stator into the water-cooling system, ensuring safety and operational reliability. The device is strategically positioned next to the generator, enabling effective monitoring. As gas accumulates, it displaces the water, allowing for a rise in the water level to a predetermined threshold. Once this level is reached, the gas is vented and the water level resets to maintain equilibrium. Each monitoring cycle is meticulously recorded via a leak trip counter, which triggers an alarm when leakage surpasses acceptable limits.
Another notable patent from Barton is an Automatic Control for Processing Signals from an Overheat Monitor. This electronic control system addresses the validity of overheating signals from gas-cooled dynamoelectric machines. When an overheat signal is detected, the system automatically initiates filtration of the cooling gas to remove harmful pyrolysates. If the system fails to validate the overheat signal within a set timeframe, it indicates a potential malfunction. The control system also implements scheduled load reductions and can trip the excitation to ensure operational safety.
Career Highlights
Sterling C Barton has built his innovative career at the General Electric Company, a leader in technology and engineering. His efforts have not only contributed to technological advancements but have also reinforced the safety protocols within energy generation systems.
Collaborations
Throughout his career, Barton has collaborated with other distinguished professionals, including Chester C Carson and Federico S Echeverria. These collaborations have fostered a rich environment for innovation, enabling the team to tackle complex challenges in gas monitoring and machine safety.
Conclusion
Sterling C Barton exemplifies the spirit of innovation through his patents focusing on gas monitoring technologies. His contributions significantly enhance the operational safety and reliability of dynamoelectric machines. With a continuing commitment to innovation, Barton remains a key figure in advancing engineering solutions in his field.