Amanda J Daly

Title: Innovator Spotlight: Amanda J. Daly

Introduction: Amanda J. Daly is an accomplished inventor based in Cary, North Carolina, known for her significant contributions to fire detection technology. With six patents to her name, Amanda has demonstrated a commitment to enhancing safety measures in various applications, particularly in battery management systems.

Latest Patents: Among her notable inventions, Amanda's latest patents include a detector for the early detection of battery fires and/or overheating conditions in lithium-ion batteries. This innovative fire and/or overheating condition detector incorporates a detection space connected fluidly to the battery's interior, housing a temperature sensor and gas detection assemblies to identify dangerous gases and smoke particles effectively. Additionally, she has developed a smoke and temperature detection system utilizing fiber optic technology, which consists of multiple fiber optic cables and nodes designed to monitor fire or smoke situations in protected areas. This system employs a control unit that analyzes scattered and reflected light signals to accurately determine temperature variations, enhancing fire safety protocols.

Career Highlights: Amanda's work with Kidde Technologies Incorporated has allowed her to push the boundaries of current safety technologies. Her career has been marked by a profound understanding of the complexities involved in detecting fire hazards and managing battery safety, making her a prominent figure in her field.

Collaborations: Throughout her career, Amanda has collaborated with skilled professionals such as Terry Simpson and Stefan Coreth. Their teamwork has played a vital role in advancing their collective innovations and refining the technologies critical to modern fire detection systems.

Conclusion: Amanda J. Daly represents the spirit of innovation and dedication in the realm of fire safety technology. With her patented inventions, she continues to contribute significantly to the safety of battery applications, enhancing reliability and preventing hazardous situations. Her work not only exemplifies technical expertise but also underscores the importance of continuous advancement in safety technology.