Michael J Hayes

Title: Michael J. Hayes - Innovator in Detonator Ignition Protection

Introduction

Michael J. Hayes is an accomplished inventor based in Collinsville, Connecticut. He is known for his innovative work in the field of ignition circuits, particularly for a significant patent that enhances the safety and functionality of detonator systems. His contributions reflect a commitment to advancing technology within this niche sector.

Latest Patents

Hayes holds a patent for a "Detonator ignition protection and detection circuit." This invention features an ignition circuit that includes an igniter with first and second terminals. The design incorporates a first diode connected in series with the igniter at the first terminal and a second diode at the second terminal. Both diodes possess an anode and cathode terminal, with like terminals electrically connected to the igniter, defining proximal and distal terminals. A capacitor is also integrated across the distal terminals, designed to connect in parallel with a series-connected energy source and a switch. This setup ensures that current flow sufficient to ignite the igniter does not occur until the ignition voltage meets specific criteria related to the diodes' reverse breakdown voltage. This innovation significantly enhances safety in explosive environments.

Career Highlights

Michael J. Hayes is affiliated with Dyno Nobel Inc., a prominent company specializing in the production of explosives and blasting services. His role as an inventor signifies his integral contribution to the company's innovative efforts, particularly in creating safer and more effective ignition systems.

Collaborations

Throughout his career, Hayes has collaborated with talented individuals such as Thomas Allen Hoopes and Mark Ivan Jurras III. Working alongside these distinguished colleagues, Hayes has contributed to a team dynamic that fosters innovation and progress in their field.

Conclusion

Michael J. Hayes stands out as a dedicated inventor whose work in detonator ignition circuits exemplifies technological advancement in safety and reliability. His patent not only showcases his innovative mindset but also represents a significant leap forward in the effectiveness of ignition systems. As he continues to contribute to his field, the impact of his work will likely resonate within the industry for years to come.