Optical Fiber Daylighting Robot with Coupling Joint

Description:

This innovative technology integrates a robot with a unique spherical joint and optical fiber daylighting system to concentrate and transport sunlight indoors, reducing reliance on artificial lighting. The design includes a multi-degree freedom joint for accurate solar tracking, a pyramidal stand supporting the mechanism, and a cable-driven motor system that articulates solar collectors. The system enhances natural indoor lighting by efficiently gathering sunlight via solar panels and distributing it through optical fibers.

Key Advantages:

• Precise solar tracking enabled by a spherical joint with three degrees of freedom.
• Efficient natural light collection and distribution using optical fibers.
• Compact, robust pyramidal stand protecting electronics and guiding cables.
• Cable and motor system ensuring smooth and accurate articulation of solar collectors.
• Adaptability for various robotic and biomechanical applications.
• Enhanced zenith angle range with circumscribed spherical joint design.

Problems Solved:

• Reduction of artificial lighting dependence to improve health and environmental impact.
• Accurate and continuous solar tracking for optimal sunlight capture.
• Safe and protected routing of electrical cables within robotic assemblies.
• Adaptation of daylighting solutions to diverse architectural and indoor environments.

Market Applications:

• Residential and commercial building daylighting systems.
• Robotics requiring multi-degree motion joints for precise positioning.
• Biomechanics and prosthetics involving spherical joint mechanisms.
• Energy-efficient lighting solutions in sustainable construction.
• Optical fiber systems for natural lighting in interior architecture.