The Flex Chair owes much of its innovation to the research and expertise of the BYU Compliant Mechanisms & Robotics Research Group (CMR). The lab, renowned for developing cutting-edge compliant mechanism theories and applications, played a pivotal role in creating the unique torsional joint assembly used in the chair. This joint, the Lamina Emergent Torsional Joint (LET Joint), a patented assembly made from a single planar material, offers exceptional flexibility and large angular deflection, making it ideal for the Flex Chair’s design.
The CMR’s commitment to impactful research allowed for the development of a solution that is not only cost-effective but also reduces stress in its torsional members. By transforming academic theories into practical, industry-ready applications, the lab significantly contributed to the Flex Chair's success in the market.
Brigham Young University, Department of Mechanical Engineering, Provo, Utah 84602
IP Status: US Patent 9157497
Find more details Here
Contributions to the Flex Chair: The LET Joint
Design Developments
The Wasatch Design Collective, a cooperative of industrial designers based in Provo, UT is exploring innovative designs and use cases for the LET Joint. Driven by a shared passion for creating products they can produce themselves, the collective brings together a diverse range of professional experiences and personalities.
Their active collaboration space is a hub of creativity, where late-night brainstorming sessions and hands-on experimentation with materials and tools lead to the development of unique products. The collective’s work with the LET Joint is a testament to their technical skill and commitment to pushing the boundaries of design through focused experimentation.
Tech Transfer Office at Brigham Young University
The Tech Transfer Office at Brigham Young University is dedicated to turning innovative ideas, technologies, and intellectual property from the BYU community into societal benefits. They work closely with faculty, staff, and students to identify commercially viable technologies, foster industry relationships, and promote entrepreneurship.
Starting as research from a BYU Engineering Lab, the Technology Transfer Office was instrumental in helping develop the LET Joint into a practical and marketable product. With their expertise, we were able to navigate the complexities of securing intellectual property rights, create an external entity, and assess the commercial potential of the LET Joint. The office played a crucial role in identifying potential licensees and negotiating the necessary agreements, allowing more focus on refining the product and preparing for its market launch.
Their services include securing intellectual property rights, managing patents, assessing commercial potential, and connecting BYU's innovations with external organizations. They also handle licensing agreements, distribute royalties, and ensure ongoing communication with inventors and entrepreneurs.
For more details, visit Tech Transfer Office.
To browse other Technologies available to license, visit Available Technologies
