Light Therapy TRIZ Cases

A hollow needle delivers collimated infrared laser energy directly to deep anatomical regions.

An inflatable balloon expands a cylindrical diffuser to deliver uniform light distribution, resolving imprecise dosimetry in confined treatment sites.

Flexible printed circuits support light-emitting diodes to emit uniform radiation, resolving bulkiness issues in rigid whitening devices.

Targeting each electron transport chain complex with its peak absorption wavelength improves oxidative phosphorylation without tissue damage.

A photon beauty mirror uses interchangeable optical filters to deliver consistent facial skin treatment across a large light window.

A battery-powered flexible wrap integrates conductive and infrared heating elements for targeted muscle recovery.

A self-sterilizing UV phototherapy apparatus modulates immune responses through controlled radiation application.

A phototherapeutic apparatus emits 315-335 nm light to treat animal skin conditions.

A wearable circadian rhythm monitoring system tracks light exposure and activity to deliver personalized light therapy recommendations.

A multi-function massage stone integrates a Peltier semiconductor and LED assembly for targeted thermal therapy.

Resiliently deformable members compress to allow outward movement of transparent members, preventing dangerous pressure buildup in high-intensity light filters.

Portable headwear integrates programmable LED packages to deliver targeted ocular stimulation for pineal gland regulation.

Tilted incisor tabs orient a light guide toward the upper respiratory tract, inactivating pathogens and reducing systemic drug resistance.

A handheld laser tool emits 830 nm light to drive cannabidiol absorption into skin tissue.

Segmented LED arrays conform to nasal geometry, resolving coverage complexity trade-offs while eradicating pathogens.

A wearable helmet with 1440 LEDs and VCSEL lasers delivers multi-wavelength light therapy to the brain.

Independent control of white and blue light units varies spectral mixing ratios to synchronize biological clocks without exceeding safe blue power limits.

A wearable light stimulation system positions emitters near the testes to deliver targeted photobiomodulation therapy.

An optical parametric oscillator generates picosecond pulses across visible and infrared spectra, enabling efficient treatment of sebum and collagen tissues.

Segmented LED arrays treat the vagina and vulva independently, resolving inaccessibility issues while maintaining structural stability.

A light therapy system delivers pulsed light at specific frequencies to entrain brainwaves.

Portable wearable light modules deliver targeted wavelengths to treat eyes, eliminating frequent clinic visits and improving accessibility.

A dosimetry device applies varying UVB light intensities to determine the minimum blistering dose on diseased skin.

Metallic waveguides navigate tight cochlear curvature while thermal deformation maintains precise alignment, reducing energy consumption.

Segmenting the adhesive patch from the main unit resolves reusability contradictions while enabling the flexible silicone casing to adapt to irregular contours.

Segmented housing with reflective walls minimizes heat absorption, extending device lifetime in humid bathroom environments.

Segmented optical fibers detect diffuse reflectance from tissue walls, eliminating direct light saturation and ensuring uniform detector input.

Uniform high-intensity blue LED irradiation stimulates T-cell motility, resolving insufficient immune response in conventional photo-therapy devices.

Foldable textile walls diffuse light to ensure homogeneous exposure while porous foam dissipates heat during high-intensity infant jaundice treatment.

A therapy device uses multiple LEDs with separate optical modules to deliver homogeneous irradiation across overlapping exposure fields.

Segmented treatment heads with articulated arms expand coverage area while maintaining portable handheld structure.

A fiber optic delivers photonic energy through an absorber mechanism to ablate resistant tumors without invasive incisions or ionizing radiation.

Segmented collimating lenses and an optical diffuser resolve alignment precision versus uniformity trade-offs in retinal light therapy devices.

A dome head acupoint laser stimulator uses multiple laser generation units to emit energy beams for precise scalp stimulation.

An optrode delivers focused infrared light to modulate peripheral nerve activity, replacing mechanical ventilation and avoiding physiological consequences.