Non-Optical Adjuncts TRIZ Cases

A smart eyewear device uses unidirectional audio input devices and a computing processor to modify communication data streams.

Nested optical modules within eyewear frames resolve bulkiness trade-offs by projecting images through tilted exit windows aligned to user geometry.

A smart contact lens integrates image-sensing and display modules within a light-transmitting body to project external images onto the eyeball.

Variable-width trough conduits in eyeglass temple tips clamp hearing aid wires at specific points, eliminating traction and unsightly cable hanging.

Incorporates multi-axis inertial sensors in eyewear to capture linear and rotational accelerations for precise user activity tracking.

A rotating module houses a heat conducting structure with fitted upper and lower flanges to transfer thermal energy between legs and frame.

Embedded Li-Fi in a smart contact lens enables secure personal authentication and efficient data exchange while managing device complexity.

Hydrogel fully encapsulates electronic components within a contact lens substrate, resolving biocompatibility and thickness trade-offs.

Mould recesses position waveguides during lens molding, preventing breakage and ensuring precise alignment.