Prisms TRIZ Cases

See how optical identifier generators shape emitted light into detectable patterns that convey

See how oblique microstructures and reflective layers redirect light from tabbing ribbons onto

Circular refracting optics concentrate solar and UV energy at a ground-level receiver, improving industrial material processing and handling.

Controlled surface slope distribution boosts greenhouse light scattering while preserving hemispherical transmission for more uniform plant lighting.

Controlled surface slope distribution raises greenhouse glass haze for better light diffusion while preserving hemispherical transmission.

A polyurethane-silane color overlayer preserves garment retroreflectivity and color stability through repeated harsh laundering.

Object detection drives an electrowetting lens and shutter to reshape infrared heating patterns for targeted energy use and temperature control.

Rear-surface microstructures use reflection, interference, and diffraction to create soothing, irregular light-dark patterns in thin decoration panels.

Oblique microstructures and a reflective layer redirect light from shaded PV ribbon areas onto active cells, improving output in fixed modules.

Blazed gratings on a multifaceted deflector replace reflective surfaces to widen LIDAR scanning and regularize patterns for better object detection.

Multiple short-cycle laser pulses are integrated at each scan point to extend measurement distance without larger optics or higher laser output.

A polarized light control film and transparent sheet redirect projected images to improve windshield visibility without direct eye exposure.

A dual-mode quantum cascade element and pyramid reflector shrink infrared gas sensing optics while preserving accurate detection.

A reflective and transmissive cover window lets one vehicle display switch between small and large screen modes while reducing extra displays.

A beam splitter and sawtooth light guide widen the visible image range while blocking external light that would otherwise create stray glare.

Quartz crystal and synthetic quartz prisms narrow excimer laser linewidth while reducing temperature-driven beam deviation and CaF2 use.

Constraining backlight divergence with a collimating film reduces optical crosstalk and improves fingerprint texture recognition accuracy.

Photoelectric emission, electron amplification, and optical filtering raise ultra-microlight output for cell proliferation while lowering energy use.

Blocks near picture edges skip some split signaling and restrict quad tree partitioning to improve video encoding and decoding efficiency.

Partial light-blocking layers on microstructured surfaces block ambient sunlight while preserving HUD image transmission and driver visibility.

Partial light-blocking layers on dual microstructures steer transmitted light, cutting sunlight interference while preserving HUD clarity and component life.

A folded prism with internal opaque masks and actuator motion shrinks camera modules while preserving image quality and autofocus.

Embedded cavity optics in a flat solar backsheet redirect light beyond total internal reflection, cutting trapping losses and boosting module output.

MicroLEDs and microphotodiodes send data across optical bridges or channels to cut chip-to-chip power use while maintaining high-speed transfer.

A frustum prism splits one holographic projector beam into viewer-specific sub-beams, cutting display space and cost for multiple occupants.

Oblique modulated light and reflected signal analysis measure non-flat substrate surfaces for precise alignment in shallow-focus exposure.

Integrated total-internal-reflection optics replace separate mirrors to prevent vibration misalignment and simplify blind spot viewer assembly.

Blocks near picture edges are pre-split without split signaling, then refined with restricted quad tree modes to improve coding efficiency.

A non-parallel light guide uses transmissive and reflective regions to cut surface scattering and improve long-range distance measurement.

A prism line-narrowing module and graded-reflectance mirror suppress thermal beam drift while preserving narrow linewidth for semiconductor exposure.

A three-actuator prism tilt structure folds the optical path to keep zoom modules compact while improving assembly, cost, and shock resistance.

Angled transparent optics hide an in-cabin RGB camera lens while preserving visible-light imaging and broad interior monitoring.

Angled transparent optics hide a visible-light cabin camera from occupants while preserving clear interior monitoring across multiple areas.

Intermediate imaging positions are placed near prism surfaces to shrink light footprints and reduce loss from scratches, dust, and reflection errors.

Crossed lenticular lenses and prism patterns redirect light into tile gaps, reducing visible boundaries while improving luminance and immersion.

Monitor photodiodes sample VCSEL output in a solid-state LiDAR transmitter, enabling feedback control for reliable range and stable optical power.

Oblique, intensity-modulated detection light improves substrate surface alignment in exposure systems while resisting reflectance variation.

A movable dual-portion prism extends DUV laser bandwidth control, helping lithography systems reduce edge placement errors on substrates.

Prism-coupled composite master holograms replicate high-spatial-frequency VHOEs beyond total internal reflection limits for efficient waveguide couplers.

An inclined incidence plane redirects reflected light away from the transmission path, preventing optical interference and enabling a more compact layout.

Prism films and an absorbing louver film redirect forward light while suppressing backward transmission for a higher optical isolation ratio.

A lighter moving coil layout and integrated OIS guides cut autofocus current draw and camera module height in compact optical devices.

A telecentric imaging optical system and prism sheet shorten virtual-image optical path length while preserving image quality in compact displays.

V-shaped grooves with opposing reflection surfaces redirect light into deeper regions, cutting exterior reflection and passenger glare below 2.0%.

Two dichroic films split sunlight into three bands on a prism-mounted thin-film solar array, cutting optical complexity and cost.

A no-optical-power beam-steering element keeps the beam large across multiple crystal passes, reducing thermal lensing and nonlinear damage.

Prism-guided filter stacking cuts ambient light interference and improves photo-sensitive region illumination for higher image sensor SNR.

Alternating Au and Sn adhesive layers alloy during heating to hold prism position accurately while improving optical assembly strength and workability.

A preset axis twist between the beam splitter and PM fiber stabilizes nonlinear polarization rotation for durable broadband pulse output.

VCSEL arrays and focusing lenses replace fragile fiber wiring with compact free-space optical links for short-range transmission at 10 Gbps or higher.

A deflection prism array redirects backlight illumination to separate sunlight reflections from the virtual image while preserving transmission efficiency.

Rapid rotary stepper motors turn refractive optics to fine-tune pulsed-light bandwidth and wavelength during semiconductor lithography scanning.

A no-optical-power beam-steering element enables multiple crystal passes while keeping a large beam size to limit thermal lensing and nonlinear effects.

A compact HUD combines collimation with beam polarization and expansion to fit narrow dashboards while improving light use and display quality.

Pre-offset monochromatic light images to correct prism-induced chromatic aberration while reducing multi-material lens complexity and cost.

Multi-wavelength reflected light and polarization separation improve substrate Z-position detection despite reflectance variation in exposure systems.

Collimated VCSEL beams and lens arrays replace fragile fiber wiring to deliver compact short-range optical links at 10 Gbps or higher.

Precision-milled tool inserts enable vehicle reflectors to form symbols with varied prism angles while cutting reject rates and electroplating steps.

An angled prism above a waveguide HUD redirects ambient reflections outside the eyebox to cut glare and preserve hologram contrast.

A pulse width conversion device disperses light through segmented diffraction gratings to manage optical paths.

Asymmetric prism design compensates for substrate thickness, minimizing wavefront distortion in interferometry and 3D projection displays.

A backlight unit light shielding member prevents light diffusion sheet deflection and leakage under thermal expansion in liquid crystal displays.

Laminating adhesive and protective layers on a base layer before forming asperities prevents deformation without discarding reinforcement waste.

Segmented optical films with intersecting microstructures improve light collecting efficiency while concealing small defects to increase assembly yield rates.