Company Filing History:
Years Active: 2022
Title: **Innovative Contributions of Melinda Ann Hourihan in Glass Manufacturing**
Introduction
Melinda Ann Hourihan, based in Corning, NY, is a distinguished inventor known for her innovative contributions to the glass manufacturing industry. With her expertise, she has secured a patent that showcases her inventive approach to producing high-quality glass articles.
Latest Patents
Hourihan holds a patent titled "Methods for Manufacturing Glass Articles." This invention outlines methods of producing a glass article that involves melting a first glass composition while simultaneously feeding a second glass composition into the melter. Both glass compositions contain the same combination of components; however, at least one component differs in concentration between the two. Hourihan's process allows for the creation of multiple glass articles, including a first glass article from the first composition, an intermediate glass article that is not derived from either composition, and a final glass article distinct from the first composition. The method aims to achieve varied properties through specific concentration adjustments, leading to an innovative manufacturing process.
Career Highlights
Melinda Ann Hourihan's career at Corning Incorporated is marked by her dedication to developing advanced glass manufacturing techniques. Her ability to manipulate glass composition for improved outcomes reflects her deep understanding of material science and engineering.
Collaborations
Working alongside talented colleagues such as Indrajit Dutta and Jean Marc Galea, Hourihan has been part of a collaborative environment that fosters innovation. Together, they contribute to Corning's reputation as a leader in glass technology, enhancing the potential applications of their inventions across various industries.
Conclusion
Melinda Ann Hourihan exemplifies the spirit of innovation and creativity in the field of glass manufacturing. Her patented methods have not only advanced the technology behind glass articles but also set the stage for future research and development in this essential material.