Computed-Surface Rolling-Contact Joints for Folding Rigid Panels ID: 2016-003
A groundbreaking technology enabling rigid panels to fold compactly and unfold into a planar state using computed-surface rolling-contact joints.
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Technology Overview
This technology, developed at Brigham Young University with NSF grant support, introduces an innovative approach to fold and unfold rigid panels through the use of computed-surface rolling-contact joints. Unlike previous methods, this invention can accommodate panels of arbitrary thickness while preserving the desired kinematic motion, making it a versatile solution for various applications.
Key Advantages
- Accommodates arbitrary panel thickness
- Preserves kinematic motion during folding and unfolding
- Enables compact storage and transport of rigid panels
- Offers a versatile solution applicable to various fields
- Overcomes limitations of previous folding mechanisms
Problems Addressed
- Limitations in folding mechanisms for rigid panels of varying thickness
- Difficulties in achieving compact storage and transport of rigid structures
- Challenges in preserving desired kinematic motion in foldable designs
Market Applications
- Aerospace for compact storage of panels and structures
- Medical devices for foldable equipment and apparatus
- Consumer electronics for innovative folding mechanisms
- Architectural design for flexible and space-saving structures
- Robotics for adaptable and compact design solutions
Additional Information
Technology ID: 2016-003
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 19 June, 2025
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