Heather R Gregg

Title: The Innovative Contributions of Heather R. Gregg

Introduction

Heather R. Gregg, based in Delaware, OH, is a notable inventor who has made significant strides in the field of technology through her innovative inventions. With a total of two patents to her name, she is known for her contribution to piezoelectric signal technology, which integrates both audible and visual components.

Latest Patents

Heather's latest patents reflect her technical expertise and creativity. The first patent, titled "Piezoelectric Audible Signal with Spring Contacts," describes a unique piezoelectric audible signal system featuring frusto-conical, coil spring conductors. These conductors establish an unsoldered electrical connection between contact pads on a printed circuit board and a piezoelectric disk, enhanced by a specially designed retaining and spacer ring that stabilizes the conductors.

The second patent, "Audible, Piezoelectric Signal with Integral Visual Signal," introduces an integrated approach to signaling. This patent outlines a design where a signal case, made of light transmissive material, incorporates sound transmitting apertures and mounts a transducer complete with a diaphragm. The inventive design ensures a consistent flow and durability while allowing for simultaneous auditory and visual signaling.

Career Highlights

Heather works for Floyd Bell Inc., a respected name in the industry known for its innovative electronic solutions. Throughout her career, Heather has exemplified commitment to advancing technology in ways that enhance user experience and functionality, paving the way for emerging trends in signaling.

Collaborations

In her journey as an inventor, Heather has collaborated with notable colleagues such as Thomas A. Shain and Raymond W. Hunter. These partnerships have facilitated a productive exchange of ideas and have fueled her inventiveness, fostering a collaborative environment for innovation at Floyd Bell Inc.

Conclusion

Heather R. Gregg stands out as a pioneering force in the realm of technology, particularly in the development of integrated signaling mechanisms. Her patents not only showcase her engineering acumen but also contribute significantly to the field, promising continued innovations for the future.