Company Filing History:
1 out of 58 
1 out of 209 
1 out of 832,718 Years Active: 2011-2016
Title: **Innovative Contributions of Teresa Havens: A Patent Trailblazer**
Introduction
Teresa Havens, based in Bellbrook, Ohio, is a notable inventor with a focus on advancements in epoxy materials and fastener systems. With a portfolio that includes three patents, her innovative work demonstrates a commitment to enhancing material functionalities and usability in various applications.
Latest Patents
Among her most recent patents is the development of **shape memory epoxy materials using aromatic alcohol cure agents**. This innovation involves a unique cured epoxy shape memory material created through the reaction of multifunctional epoxide reagents with specific curing agents. The versatility of this material shows promise for diverse uses in fields requiring responsive and durable materials.
Another significant patent from Teresa is focused on **methods for using a reusable quick release fastener system**. This invention outlines techniques for engaging and disengaging fastening devices made from elastomers or shape memory polymers. The design allows for silent operation, making it ideal for containers and products requiring discreet closures.
Career Highlights
Teresa has made substantial contributions while working with Cornerstone Research Group, Inc. Her career is marked by a dedication to research and innovation, particularly in the realms of advanced materials and fastening technologies.
Collaborations
Throughout her career, Teresa has collaborated with talented individuals such as David Ernest Havens and Patrick J Hood. These partnerships have undoubtedly enriched her work, enabling her to push the boundaries of traditional material applications and fastening systems.
Conclusion
In summary, Teresa Havens stands out as an inventor making significant strides in her field. Her inventive spirit and dedication to research not only result in practical solutions but also inspire future innovations in materials and fastening systems. With her continued efforts, the impact of her work is sure to resonate within various industry sectors.