Non-Optical Adjuncts TRIZ Cases

Direct injection molding bonds the decorative element to the temple body, eliminating interspace dirt accumulation and preventing plate detachment.

Mirrored electronic component layout eliminates separate design complexity while maintaining weight distribution symmetry.

Concave eyeglass temples integrate figure-8 jacks and magnetic members to mount accessories securely while allowing easy removal for repair or replacement.

A see-through display adjusts image brightness and opacity based on detected wearer gaze to balance virtual imagery with external light.

Fan-driven airflow through window parts cools the hermetically sealed LED lens, managing internal temperature while maintaining dust protection.

A sensor cover hides detection units while transmitting ultraviolet light to power liquid crystal filters.

Segmenting detection equipment into a replaceable nose pad resolves the contradiction between accurate measurement and maintaining ordinary eyewear aesthetics.

Heat conducting wire core extends through frame structure to manage thermal load while maintaining rigidity and waterproofing.

An osmotic pump moves fluid into a central chamber to adjust focal length, while a peripheral zone maintains base power when the system loses energy.