Developable Mechanisms ID: 2018-032

An innovative approach to creating hyper-compact, efficient mechanical systems that perform complex tasks in constrained spaces.

Technology Overview

This technology involves the design and development of mechanical systems, known as developable mechanisms, that emerge from or conform to developable surfaces such as cylinders, cones, and planes. These mechanisms are designed with hinge axes aligned along the ruling lines of the surfaces, optimizing their movement and minimizing their spatial footprint. The concept allows for the creation of mechanisms that are both rigid and compliant, suitable for a variety of applications where space is limited.

Key Advantages

• Compactness without compromising functionality
• Applicability in constrained environments
• Flexibility in design with both rigid and compliant structures
• Reduced spatial footprint through smart design

Problems Addressed

• Need for mechanical systems in minimally invasive surgeries
• Space constraints in aerospace component design
• Integration of mechanical systems into constrained architectural spaces
• Development of compact consumer electronics

Market Applications

• Minimally invasive surgical tools
• Aerospace components
• Architectural innovations
• Consumer electronics

Additional Information

Technology ID: 2018-032
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Date Published: 28 March, 2025