Light Therapy TRIZ Cases

Nasal light stimulation reduces migraine pain and side effects by directly activating neuronal cells without invasive procedures.

Handheld LED array overdrives diodes to deliver photodynamic stimulation and thermal heat directly to skin tissue.

Suction cup attachment secures the phototherapy emitter to contoured skin, enabling uninterrupted daily activities during acne treatment.

A thermal treatment device uses a radiation reflection layer to enhance far infrared emissivity for targeted pain relief.

A bioenergy generator combines natural stone, sand, metal, and water to produce a therapeutic field that increases cellular bioenergy.

Near infrared laser radiation induces photochemical reactions in tissue to reduce fibrosis and inflammation.

A light treatment device uses a rotatable mask and magnetic coupling to define precise treatment areas.

A UV radiation assembly with a narrow-band filter delivers targeted ultraviolet rays to stimulate skin synthesis of previtamin D3.

Biodegradable PLGA nanocarriers use near-infrared light to trigger thermal plasticization for controlled payload release.

A light-guiding adhesive patch transmits illumination through a composite structure.

A flexible phototherapy device wraps around the penis using a light-emitting array on a bendable circuit board.

Segmented LED modules replace complex lasers to increase energy at acupuncture points while reducing equipment complexity and safety risks.

Segmenting the helmet from a stationary base resolves ergonomic trade-offs while maintaining stable positioning for scalp treatment.

A skin treatment device uses a movable optical element to switch between eye-safe and treatment light beams.

Narrowband 310 nm LEDs resolve radiation safety contradictions by enabling safe, frequent home phototherapy sessions.

A flexible LED lamp assembly integrated into a wearable garment wrap conforms to an infant's body contours.

A flat optogenetic cuff interface reshapes nerve fascicles to enable precise optical stimulation of specific axon populations.

A vacuum skin treatment apparatus uses suction to draw the skin surface into contact with a non-abrasive tip.

A laser verification apparatus uses movable plates and emitters to align optical beams with collimator holes for precise radiation field mapping.

Electromagnetic stimulation therapy induces high amplitude oscillations in the cardiovascular system through resonant entrainment.

Variable intensity lighting schemes reduce treatment time while safety sensors prevent user harm during home use.

A wearable selective biophoton reflector redirects endogenous wavelengths back into tissue using filters and mirrors.

A disposable silicone patch integrates edge-lit LEDs to deliver uniform low-level light therapy directly to wound sites.

A face mask combines LED light therapy with vibration motors to deliver simultaneous skincare treatments.

Segmented hinge joints enable unbiased flexing over body contours while maintaining structural stability.

A radiation treatment device emits near-infrared light to enhance tissue penetration depth.

Replacing metal probes with optical stimulation eliminates MRI projectile risks while maintaining precise nerve targeting.

Encapsulating emitters in a high scattering matrix eliminates separate diffusion layers, resolving device complexity and positioning errors.

A double-acting protective valve controls cooling air flow in UV and IR radiators.

Random pulse periods and rest intervals inhibit the protective homeostasis mechanism, maintaining phototherapy effectiveness over extended treatment durations.

Synchronized pulsed radiation and imaging systems resolve the contradiction between low dose per pulse and real-time position monitoring in radiotherapy.

A resonance auxiliary layer with specific HOMO and LUMO levels creates a micro-cavity effect to enhance light output in organic devices.

Synchronized auditory stimuli induce neural entrainment, addressing pharmaceutical limitations.

External light over the zygomatic arch modulates trigeminal ganglion circuits, avoiding invasive needle injections and reducing local injury risks.

A feedback-controlled transcranial infrared laser stimulation system adjusts light dosage and timing to enhance cognitive function.

Pulsed infrared lasers stimulate retinal nerves via optical energy, resolving spatial selectivity limits and tissue damage from electrical implants.

A treatment apparatus measures skin temperature at high frequency to dynamically adjust energy delivery.

Segmenting the laser source into multiple diodes maintains intensity while expanding coverage, solving the trade-off between treatment area and light loss.

Distributed near-infrared LEDs on a nasal frame raise tissue temperature to treat the entire nasal cavity without invasive probes.

Calculating the transmission matrix enables wavefront compensation, resolving poor spatial selectivity in deep brain optogenetics experiments.

A self-adhesive ambulatory phototherapy device integrates LED light sources, a battery, and control electronics into a single unit.

A lighting system dynamically adjusts color temperature and intensity to optimize visual conditions and regulate biological rhythms.

A portable infant phototherapy device uses a light tube and mesh enclosure to deliver targeted treatment.

Spectrally selective optical filters disrupt melanopsin isomerization to mitigate photophobia while preserving visual perception.

Pulsed light therapy in a sleep mask shifts circadian rhythm while minimizing melatonin suppression.

A photodental device emits blue light through a chew toy housing to reduce oral bacteria in dogs.

An iontophoresis device dynamically adjusts current for uniform stimulation while integrating multiple LEDs into a single source to simplify assembly.

Optical fiber delivery of 222 nm UV light eradicates pathogens while minimizing tissue trauma and enabling real-time fluorescence feedback.

Pulsed optical energy stimulates collagen production and reduces vaginal diameter without thermal injury.

A collapsible portable phototherapy device delivers targeted light exposure to treat newborn jaundice without physical contact.