Company Filing History:
1 out of 362 
2 out of 832,843 Years Active: 2006-2021
Title: **Celebrating the Innovations of Natalie Forood**
Introduction
Natalie Forood, an inventive mind hailing from Burlingame, California, has made significant contributions to technology and safety measures in aquatic environments. With three patents to her name, her work primarily focuses on detecting stray voltage to protect individuals from the dangers of electric shock drowning.
Latest Patents
Natalie's latest patents include a "Stray Voltage Detection System for Protecting Against Electric Shock Drowning," which is designed to detect stray voltage in pool water. This pioneering system consists of a pair of elongate conductive elements—one with a detector electrode end and the other with a reference electrode end. The detector is strategically positioned near an electrical fixture within the pool, while the reference electrode end is placed opposite to ensure accurate voltage measurements. Additionally, there is a voltage detection system tailored for piers, incorporating conductive elements attached to pier pilings, designed to measure voltage levels and enhance safety.
Career Highlights
Throughout her career, Natalie has been associated with several companies, including Extreme Networks, Inc., where she contributed her innovative ideas and technical expertise. Her work in these settings has allowed her to develop systems that enhance safety in environments where water and electricity intersect.
Collaborations
Natalie has collaborated with notable individuals such as Walter Maclay and Jeff Ronne, benefiting from their insights and joint efforts in pushing the boundaries of safety technology in aquatic settings. Their teamwork not only facilitated her patent developments but also helped in creating a supportive environment for innovation.
Conclusion
The contributions of Natalie Forood extend beyond just her patents; they represent a commitment to ensuring safety in recreational water activities. Her innovative stray voltage detection systems provide crucial protection against electric shock drowning, reaffirming the importance of collaboration and teamwork in the field of technology. As she continues to advance her work, the impact of her innovative spirit will undoubtedly inspire future generations of inventors.