Viewers TRIZ Cases

A spherical imaging surface keeps light perpendicular across the sensor to avoid deformation, blurring, photon loss, and stitching defects.

Transparent ink is deposited and cured during lens formation to align the lenticular layer precisely with the printed image and keep printing efficient.

Perpendicular light capture on a spherical imaging surface reduces distortion and photon loss while preserving complete 3D scene detail.

Rotating image panels create persistence-of-vision animation without viewing apertures, improving observation and manufacturing flexibility.

Metasurface pixels steer colored reflections into selected angles, enabling high-resolution animation and parallax in passive OVDs.

Applying semi-transmissive and blurring processing to preview images simulates lens layer viewing, reducing user disappointment from printed quality mismatches.

An image display sheet uses a controlled pitch difference between cylindrical lenses and the image forming layer to eliminate intermittent motion artifacts.

Dynamic screen shifting corrects positional deviations between mirrors and virtual image regions for varied smartphone jackets.

Placing images outside the slotted cylinder eliminates complex interior mounting and enables versatile three-dimensional object configurations.

A wearable device presents motion pictures through a rotating panel with evenly spaced openings aligned to frame sequences on a base.

Segmented opaque dome with narrow slits eliminates glare and improves lighting quality for sharper animation illusions.

Adjusting lens radius of curvature based on gauge thickness resolves the trade-off between reduced sheet thickness and image blurring.

Clear coating fills valleys between lenses to create a flat window, resolving the trade-off between high resolution and manufacturing cost.

A Li-Fi content distribution node selects video frames based on vehicle profiles to drive sequence displays along a pathway.

A toy rotor with blade formations engages air or water to rotate images, creating optical illusions via persistence of vision.

A semi-rigid element shaft flexes in the sagittal plane while maintaining rigidity in the coronal plane to support light sources.

A posture detecting device uses a lenticular sheet with intersecting detection targets to determine medium tilt.

A video generation device moves pixels using low-spatial frequency deformation maps to create modulated images.

An oscillating rod screen creates a holographic illusion, eliminating the need for complex multi-laser setups.

Fresnel lenses focus light onto the image hub to eliminate blur and distortion from traditional slot designs.

Unequal image strip widths and asymmetric lens alignment prioritize specific images by widening their viewing angles without complex mechanical adjustments.

A lenticular lens array embedded in soap creates dynamic visual effects that change with viewing angle.