Company Filing History:
Years Active: 2018-2019
Title: **Mark Gerard Rice: Innovator in Computing Technology**
Introduction
Mark Gerard Rice is a prominent inventor based in Seattle, Washington, known for his contributions to the field of computing technology. With a total of two patents to his name, Rice has developed innovative solutions that address key challenges in product design and functionality, particularly within high-performance devices.
Latest Patents
Among his significant patents, one is the **Rigidly Bonded Trackpad with Structural Stiffener**. This invention focuses on enhancing trackpad assemblies by maintaining essential stiffness, weight, and cost parameters while allowing for a reduction in overall thickness. Incorporating various features such as a four-layer PCB and structural adhesives, this design drastically improves the usability of computing devices.
The second patent, **Grounding for High-Speed Connectors**, offers a solution to the prevalent issue of radio frequency interference in high-speed connectors commonly used in computing devices. This design includes a specially configured communication port connector, which ensures reliable electrical connectivity while establishing a robust ground path to enhance device performance during operation.
Career Highlights
Mark Gerard Rice is currently associated with Microsoft Technology Licensing, LLC, where he applies his expertise in innovative technology development. His work focuses on creating advanced solutions that improve the end-user experience and optimize device functionality.
Collaborations
Throughout his career, Rice has collaborated with talented individuals like Akash Atul Shah and Daniel Beirne. Together, this team of innovators strives to push the boundaries of technology, fostering an environment of creativity and groundbreaking research.
Conclusion
Mark Gerard Rice’s contributions to computing technology not only highlight his role as an inventor but also reflect the collaborative spirit of the industry. With his inventive solutions, he continues to make significant strides in enhancing the performance and efficiency of modern devices, paving the way for future innovations.