Hugh V Feldman

Title: Innovations in Combustion Efficiency Measurement: The Invention of Hugh V Feldman

Introduction

Hugh V Feldman, an accomplished inventor based in Harlow, GB, has made significant contributions to the realm of combustion efficiency measurement. His innovative approach has led to the development of a pioneering apparatus designed to measure the efficiency of combustion appliances. This invention not only enhances efficiency measurement but also introduces advanced calibration techniques that improve the accuracy and reliability of readings.

Latest Patents

Feldman holds a notable patent for an "Apparatus for measuring the efficiency of combustion appliances." This invention involves a sophisticated setup that takes spot measurements of heat loss or stack loss in flue gases. The apparatus integrates sensors that generate output signals based on temperature and gas concentration, particularly O2. With a microprocessor-based system, the apparatus computes measurement values and applies these to a formula relating to stack loss or efficiency. A key feature of this innovation is its ability to automatically calibrate sensor signals based on prior test measurements, ensuring accurate data is derived regardless of sensor response linearity.

Career Highlights

Throughout his career, Hugh V Feldman has partnered with Neotronics Limited, where his ingenuity has been cultivated and applied. His dedication to advancing combustion efficiency technology has positioned him as a key figure in the field. The integration of his patent into practical applications reflects a commitment to merging innovative technology with real-world solutions.

Collaborations

Feldman's innovative journey includes collaboration with notable co-workers Howard A Buckenham and Paul Gotley. Working alongside these talented professionals has undoubtedly fueled the development and refinement of his inventions, allowing them to collectively push the boundaries of combustion measurement technology.

Conclusion

Hugh V Feldman's invention of the apparatus for measuring combustion efficiency represents a significant leap forward in ensuring optimal performance and safety in combustion appliances. His work not only exemplifies the spirit of innovation but also highlights the importance of collaboration within the field of engineering and technology. As industries continue to focus on efficiency, inventions like Feldman's will play a crucial role in shaping the future of combustion appliances.