Prisms TRIZ Cases

A reflective prism redirects light to an orthogonal image sensor, enabling standard sensors in thin endoscopes without reducing resolution or increasing costs.

Diffractive optical elements emit guided light to form virtual images at distinct depths within a vehicle display system.

Liquid crystal waveplates dynamically tune s-to-p polarization ratios, resolving conflicts between fixed windshield angles and polarized sunglasses.

All-reflective three-mirror design eliminates chromatic aberrations in ultraviolet optical inspection systems.

A microstructured optical film bonded to a cover layer via an adhesive interface that maintains light redirection properties.

A thin prism folds the imaging path between a camera and an eye, resolving bulkiness while maintaining an eyeglass-like appearance.

Optically isolated cavities surrounded by light absorbing material provide 360-degree security without increasing film thickness.

A lighting device uses a prism to redirect illumination light twice, reducing distortion and enabling compact gesture recognition.

A vehicle head-up display prism redirects light through the instrument panel aperture to project a virtual image on the windshield.

Deflection elements overlap and separate high-power beams to minimize peak intensity and prevent damage to the light collection surface.

A 3D complex multilayer optical sheet integrates distinct parallel and zigzag patterns to combine diffusion and prism functions into a single component.

A zoom lens system uses a folded optical path to minimize thickness and diameter while maintaining high image quality.

A correction element with asymmetric optical power compensates for sheath-induced astigmatism in optical probes.

Right-angled prisms eliminate Goos-Haenchen shift errors in resist-coated substrates by replacing rhomboid designs with asymmetric geometry.

A chromatic Risley prism pair creates angular separation between transmit and receive optical beams in free space terminals.

A compressible transparent member refracts image beams to fill splicing seams between adjacent display panels.

A fingerprint recognition sheet uses a light guide plate to deliver illumination through total internal reflection for high contrast detection.

A reflective polarizer module uses a light recycling improving sheet to change the polarization of reflected light.

A multi-prism optical unit transmits light rays within a 43 to 47 degree range while blocking incident angles outside this target window.

Actuators position a foil-mounted element flap using underpressure, resolving precision trade-offs during lens casting.

A light-shielding film uses a controlled extinction coefficient to absorb incident light and minimize interface reflection.

A laser range finder uses an OLED LCD imaging system to project distance data onto the eyepiece focal plane through a cemented prism.

Exposure system uses variable focal length focusing elements to form alignment patterns without boundary regions that cause ghost images.

Segmented resin mirror with projections disperses centrifugal force, preventing deformation that degrades optical characteristics.

Nano-rough surfaces and multilayer coatings resolve infrared glare while maintaining color accuracy in compact camera modules.

Liquid crystal layer modulates image light beam phase to adjust position, resolving resolution trade-offs in compact near-eye displays.

A light guide member uses segmented adhesive sheets with varying flexibility to attach securely to curved windshields.

A prism module uses magnetic field detection to adjust prism angles for optical image stabilization.