Company Filing History:
Years Active: 1978-1980
Title: M Rutledge Flynn: Innovator in Heat Control Technology
Introduction
M Rutledge Flynn is a notable inventor based in Wilkes-Barre, PA (US). He has made significant contributions to the field of heat control technology, holding two patents that showcase his innovative approach to managing heating systems in buildings.
Latest Patents
Flynn's latest patents include a "Device for Controlling Heat" and a "Heat Control Device." The Device for Controlling Heat is a programmable system designed to regulate the amount of heat supplied to a building by a circulating medium. This device enables a circuit to a heater, such as an oil or gas burner, or a steam valve, to open and close during predetermined times based on the outside air temperature and the temperature of the medium. The system can operate on a multi-day cycle, allowing for adjustments as the outside air temperature fluctuates. Additionally, it can be programmed to add heat when the outside air temperature falls below a certain level or to halt heating when it reaches a predetermined maximum.
The Heat Control Device functions similarly, providing programmable control over heating sources during specific times and in response to external temperature changes. This device also allows for immediate heat addition when outside temperatures drop below a set threshold, ensuring comfort within the building regardless of the programmed cycle.
Career Highlights
Flynn is associated with Control Devices, Incorporated, where he applies his expertise in developing advanced heating solutions. His work has contributed to more efficient heating systems, benefiting both residential and commercial buildings.
Collaborations
Flynn collaborates with Raymond P Schultz, leveraging their combined knowledge to enhance the effectiveness of their inventions.
Conclusion
M Rutledge Flynn's innovative contributions to heat control technology demonstrate his commitment to improving building heating systems. His patents reflect a deep understanding of temperature management, making a significant impact in the field.