Prisms TRIZ Cases

An integrated prism and cylindrical lens structure redirects light upward while stabilizing the collimating condition against radiation angle shifts.

Nested mirrors redirect light vertically to reduce total height and minimize chromatic aberrations in 3D holographic displays.

An angled reflector couples projector light into a light-guide optical element without an air-gap, resolving total internal reflection reliability issues.

Varied prism distal surface angles minimize wavelength dispersion and color shifts while maximizing front direction luminance.

Toggle mechanism with rotational damper adjusts mirror glass position to reduce glare interference while maintaining smooth movement.

A light guide prism uses hydrophilic and hydrophobic bonding regions to control adhesive flow during free-form surface assembly.

Asymmetric diffusion layers and prism sheets collect light from mini LEDs to resolve uniform distribution challenges in backlight units.

Actuator-controlled prism compensates for bullet drop, keeping long-range targets within the field of view without reducing magnification.

A compact folded projection system uses a prism to redirect light rays through a diffractive beam splitter for image replication.

An absorptive pattern protective layer shields sensitive surfaces during dry etching, preventing damage while maintaining precise viewing angle control.

A projector prism system redirects incident light through a reflecting portion to manage optical paths.

Integrating wavelength conversion and diffusion into one layer eliminates air interfaces that cause light loss, boosting efficacy by 40%.

Four reflective surfaces displace and rotate the optical axis to enable parallel target inspection without compromising polarization state.

A relay optical system with a prism refracts image light to reduce ocular protrusion in head-mounted displays.

Cascaded beam combiners resolve contrast and bulk trade-offs by splitting optical paths across multiple angled prisms.

Segmenting diffuser protrusions into distinct height regions resolves the contradiction between adhesion strength and brightness deterioration in LCD modules.

A complex spatial light modulator combines a prism array and diffracting element to merge amplitude and phase modulation along a single optical axis.

Virtual light sources mimic natural optics to widen the viewing angle while eliminating eye strain in 3D displays.

A multifunctional optical sheet integrates diffusing and light-concentrating layers to redirect incident light toward the liquid crystal panel.

Laterally meandering prism structures diffuse light uniformly along the surface normal, reducing interference fringes and minimizing display thickness.

A single-prism pulse compressor folds the optical path to achieve compact size and zero angular dispersion.

Flat face ridges and R-plane joints prevent chipping, ensuring accurate mounting in optical equipment.

A hollow body illumination arrangement redirects laser light via facing inner surfaces to reduce Lambertian losses and improve conversion efficiency.

Optical elements redirect light from adjacent display areas to a reflective splice region, eliminating the dark gap caused by opaque sealing borders.

Wedge-shaped glass sheets and interlayer reduce double images in transmission by managing optical refraction angles.

An integrated optical member applies anisotropic refraction to edge light rays, directing them toward the display panel center.

Two prisms fold the optical path to minimize forward projection, resolving length-reliability contradictions in helmet-mounted cameras.

An elastic optical pattern layer restores shape after external force to maintain structural integrity in display devices.