Non-Optical Adjuncts TRIZ Cases

Adjustable supporting members slide within temple channels to distribute weight across cheekbones, resolving fixation instability caused by varying face sizes.

An extendable support arm with an actuator adjusts position on wearable devices to accommodate varied user anatomies.

A wearable data input management system toggles between multiple signal sources using a single interface.

Segmented temple adapters resolve fit contradictions, ensuring continuous monitoring without compromising comfort.

A contact lens integrates a femtocamera and femtoprojector to capture and display imagery directly on the retina.

Routing flexible conductors through hollow hinge interiors resolves connectivity reliability issues while preserving compact stowage and aesthetic appearance.

Mold guide pins align metallic cores within thermoplastic eyeglass temples, eliminating numerical control cutters and skilled manual labor.

Microporous ventilated waterproof films on lenses allow heat and moisture to permeate outward, preventing fog formation while maintaining a watertight seal.

Pre-cured pillars guide component placement during photopolymerization, preventing material separation and enhancing durability.

Segmented photosensors detect eyelid position to prevent sleepiness while minimizing power consumption in ophthalmic lenses.

Eyewear calculates outdoor exposure probability using fused ultraviolet and ambient light sensor data.

An imaging lens module adjusts its focal length automatically based on detected focus position to maintain clear vision.

A smart contact lens light-transmitting body routes internal image sources to the eyeball through dedicated transmission paths.

A thin floatation attachment device uses buoyant material to provide immediate lift for personal items dropped in water.

A smart contact lens uses electrodes to stimulate the eye and supplement basal tear production.

Machined mandrels enable precise shadow mask fabrication, resolving integration complexity when mounting planar electronics on non-planar lens surfaces.

A precursor antifog coating combines hydrophilic and hydrophobic compounds to deliver improved cleanability on optical surfaces.

A wireless theranostic contact lens integrates gold hollow nanowires and a controlled drug delivery system for personalized intraocular pressure management.

A dual gate oxide drive transistor design enables higher uniform performance and voltage operation for micro-OLED displays.

Laser ablation removes specific layers of an anti-reflective film to expose high refractive index material, defining cut contours without adding weight.

A multifunctional eyeglass device uses liquid crystal lens units to dynamically adjust focal length and display data via integrated modules.

Sensors match environmental data to context entries, dynamically changing lens appearance via electrochromism.

A thermal management device uses a vapor chamber to transfer heat from onboard electronics to a temple-mounted heat sink.

Automated self-service calibration and dynamic display adjustments resolve complexity trade-offs in portable vision assistance hardware.

Embedded light source modulates optical signals through the pupil to convey device status and sensor readings.

Smart glasses extract source code images for external analysis, resolving security risks from repository access while automating vulnerability detection.

Segmenting the eyewear into modular components reduces manufacturing costs while maintaining functionality through near field magnetic induction communication.

Spring-loaded hinges connect eyewear temples to lens housings via pogo pins, conserving power by disconnecting electronics when folded.

Segmented inserts and extraction principles enable wireless power delivery to embedded semiconductor devices without physical wires.

Embedded use detectors monitor head presence to transition eyewear electronics between power modes, reducing energy consumption and extending battery life.

An elastic decorative sleeve rotates around spectacle arms to expose different surfaces, preventing loss of removable elements while simplifying design.

Adjustable elastomeric extension compensates for asymmetric ear anatomy, preventing frame damage from heat bending.

Spiral recess rotation moves housings to align displays with user eyes, preventing optical distortion and dizziness.

Multi-axis adjustable optical element projects high-resolution images onto the retina, replacing bulky CRT displays to reduce device bulk and power consumption.

Positioning the projector in the visual field expands the exit surface, reducing stray light and ghosting while maintaining a wide angle of view.

An eyepiece lens integrates two radial light source groups to capture Purkinje images with an edge-mounted sensor.

Segmenting the single processor into two spatially separated chips balances thermal loads and eliminates data transfer bottlenecks in augmented reality eyewear.

A contact lens uses distinct polarization structures to reflect light beams for precise eye tracking.

Nesting the light emitting unit inside the window member recess reduces housing thickness while improving gaze tracking accuracy.

Wearable eyeglasses emit targeted UV-C light to inactivate aerosol pathogens while lenses block harmful wavelengths to protect eyes and skin.

A lens support structure with micro blowers and a HEPA filter directs pressurized air to displace allergens near the eyes.

Automated eye training reduces manual labor and time loss by using a control circuit to adjust the focal power of spectacles without human intervention.

Embedding projection tubes in contact lenses creates artificial image spacing for a realistic viewpoint.

A contact lens integrates an RF device and antenna with a conductive fluid medium to transfer data wirelessly.

Smart glasses capture scene video, match target behavior features, and display prompt information on lenses to resolve limited spectator data timeliness.

Self-adhesive blotting stickers absorb natural skin oils on eyewear nose pads, preventing makeup smudges and reducing frame slippage.

Liquid crystal inserts in ophthalmic lenses switch between opaque and transparent states to resolve the trade-off between image clarity and peripheral vision.

Gaze-contingent liquid crystal eyeglass lenses dynamically adjust optical power across distinct regions to correct vision.

Depth information acquisition enables stereo superposition of virtual scenes onto real views, maintaining conventional glasses functionality.

A rotor input detection apparatus uses a reactance element and motion conversion member to sense rotational movement.