Light Effect Designs TRIZ Cases

See how elastic suspension mechanisms enable realistic flame movement in electric candles while

See how positioning the lighting device between the power supply and star arm with parallel rad

See how hollow load-bearing furniture bases store emergency water supplies without occupying ex

See how an inflatable polymer pumpkin globe with ribbed stem plug and segmented ribs enables si

See how integrated arms, pins, and clips suspend a moving flame element in electric candles, pr

See how a movable flame element secured by integrated clips and tabs simulates realistic candle

A rotating Fresnel lens and offset blocking piece create dynamic lunar eclipse, crescent, and half-moon lighting effects in one lamp.

Replacing tungsten wire with a sealed LED chip in a glass tube cuts energy use while improving light emission and blocking dust and water ingress.

Controlled laser heating below the metal melting point enables reversible color changes and matte finishes for durable, personalized transaction cards.

Controlled laser heating below the melting point enables reversible metal card color changes and a matte finish without sacrificing durability.

A rack-and-safe-gear layout enables steady long-distance ascent and descent while resisting deviation, compression damage, and external force.

A diffractive microlens matrix concentrates light to create bright magnified 3D images with full parallax and contrast inversion in thin security films.

Curved mirrors and other optical elements form a floating 3D light-spot motif that is easy to verify and hard to counterfeit.

A printed wick flame pattern and center-bright color gradient help an LED reflection board mimic the upward burning look of a real candle.

A base-and-cap enclosure compresses wires and the LED lens to block water ingress while simplifying assembly and field replacement.

A two-part enclosure uses deformation and sealing agents to protect light string components while enabling fast assembly and field replacement.

Swinging and tumbler flame mounts use support structures, magnets, and motion engines to create realistic candle flicker without fire hazards.

A pivoting flame piece, focused light, and simple drive mechanism create realistic candle flicker with fewer components.

Layered cyan, magenta, and yellow colorants replace heavy black loading to preserve neutral transmitted light while keeping dark design expression.

Multiple discrete light points are dynamically controlled to mimic candle flame chemistry, turbulence, and tilt for a more realistic wax candle effect.

A central LED and reflective cover feed optical conduits to light nearby surfaces and remote areas without adding extra light sources.

A printed or attached wick pattern and center-bright color gradient help the reflection board depict a more realistic upward-burning candle flame.

A smaller candle light module nests inside a larger sleeve, combining sizes to reduce packaging volume and transport costs.

Separate light-source groups illuminate a translucent sheet and hollow water-lamp body for varied visual effects.

Detachable covers simplify string light assembly and widen illumination range.

A concave light-transmitting support refracts LED light, enabling a swinging virtual emitter with softer, less irritating illumination.

A moon appearance generating system uses a specific luminous flux density profile to create a realistic night sky scene.

Inexpensive disposable targets made from conductive inks and foils solve high equipment costs by producing detectable thermal signatures for training.

A salt lamp assembly uses a retaining plate with passages and clips to secure the light source plate for easy installation.

Circulating fluid through a flexible sheet creates realistic flame motion, resolving the trade-off between vivid simulation and structural complexity.

Planar arrangements of stitched icons resolve image transformation complexity by projecting smooth transitions and multiple images to resist counterfeiting.

Segmented optical sheets combine radiation pattern control with aesthetic microstructures, resolving the trade-off between bulky components and visual appeal.

Focusing optics direct LED light through small panel openings, creating a double-cone beam that eliminates glare while maintaining efficient room illumination.

UV-responsive material enables selective graphic visibility, solving the conflict between permanent decoration and user-controlled adaptability.

Replacing complex suspension with a simple support tip reduces assembly steps and power consumption while enabling chaotic flame movement.

Active substance and catalyst element undergo irreversible color change upon microwave exposure to reveal chip tampering attempts.

Segmenting the surface into nested, asymmetric pattern groups resolves manufacturing simplicity versus aesthetic appearance trade-offs.

A projection lamp uses segmented modules with rotating motors and diffractive optics to create dynamic visual lighting effects.

An integrated fastener system axially retains a plug in a bore while pressing a light-emitting device toward a transmission channel, reducing assembly time.

A microlens sheeting forms composite images that appear suspended within a single layer of material.

Two-dimensional diffraction grating cells encode data through varying angles and pitches, preventing incorrect reproduction on uneven surfaces.

Coupling agents bond diamond powders to a synthetic matrix, resolving dispersion and bonding strength trade-offs in timepiece materials.

A hemispherical lens with interconnected lenslets shapes LED light into directional point sources.

An offset support rotates a light source about two non-parallel axes, creating complex patterns without multiple motors.

Threaded mechanical interfaces replace messy bonding processes, enabling easy glass bulb replacement without contaminating solid state components.

Embedding a spiral-wound wire inside a supporting strip conceals bare conductors, enhancing aesthetic appeal and structural stability.

Rotating the internal sphere adjusts light direction and intensity, resolving uneven illumination without adding structural complexity.

Nonvisible forces sculpt fluids while electromagnetic radiation energizes them, resolving the trade-off between static stability and dynamic color versatility.

Integrates optically variable ghost images with embedded data into laminate layers, eliminating adhesive vulnerabilities that promote document tampering.

Additive manufacturing creates relief structures with locally different heights to produce optically variable elements.

An electromagnetic pivot drives a swinging candle flame display, reducing component count and assembly labor while maintaining structural stability.

Electromagnetic sway module moves a translucent shell to simulate candle flame motion, eliminating fire risk and air pollution from traditional combustion.

A decorative block uses frame members as reflective surfaces to create a radiating visual effect.

PVB interlayer bonds lacquered glass sheets, resolving adhesion failures and ensuring safety standards for partitions.

Interchangeable LED bulbs with integrated optics allow a single automotive luminaire to meet diverse regulatory requirements without redesigning the housing.