Light Therapy TRIZ Cases

Visible light irradiation relaxes smooth muscles to increase blood flow, avoiding diuretic side effects.

A hypodermic needle integrates an optical fiber waveguide to direct electromagnetic radiation through skin into body tissue.

Narrow band UV irradiation at 300-315 nm suppresses multiple sclerosis symptoms independently of vitamin D production, avoiding skin injury risks.

A wearable garment embeds side-emitting optical fibers to project therapeutic light directly onto skin.

A photodynamic therapy delivery device integrates a fiber locking mechanism and probe release system for precise optical component positioning.

Light energy stimulates cell mitochondria to generate cellular energy, reducing pain and inflammation without antiviral side effects.

Composite ceramic elements emit 3 to 14 micrometer radiation to overcome shallow near-infrared limits and activate ATP hydrolysis.

Merges 400-440 nm blue light with UV radiation to reduce cumulative UV dose while maintaining tanning efficacy.

A compact device emits 600-660 nm light pulses to treat inflammatory diseases with reduced pain.

Color testing component measures skin reflectance to calculate individual topography angle for dosing protocol.

A phototherapeutic apparatus uses individually controllable light sources to emit alternating colored light at a specific color-flicker frequency.

Rotating light filters on an adjustable mount segment UV exposure to prevent uneven tanning and sunburn from inconsistent sunlight.

Infrared light selectively stimulates vestibular nerves, reducing invasiveness and improving balance control.

Green light optical emitters deliver 529.6 nm energy to subcutaneous adipocytes.

A light-based dental treatment system delivers therapeutic optical energy through a flexible shaft to disinfect root canals.

Optimizing the wavelength band to 490-520 nm reduces power consumption and excessive light exposure while maintaining effective melatonin suppression.

Pulsed infrared light remodels connective tissue to restore urethral tone, avoiding surgical risks and recovery time.

An optical matrix delivers segmented UVB doses to identify the minimum blistering threshold, eliminating trial-and-error sessions and reducing tissue reactions.

Segmented light-generating modules in a battery-powered headset penetrate the skull to treat neurological disorders without complex targeting mechanisms.

A segmented laser probe uses multiple light sources to stimulate adult stem cells with precise energy delivery.

Near-infrared and ultraviolet light emitting diodes treat fungal infections without heat, preventing cross-infection.

An integrated system merges multiple laser sources into one robotic platform to eliminate cumbersome separate devices and reduce treatment time.

Segmentation and self-service principles enable this wearable device to deliver precise photobiomodulation doses without requiring trained personnel.

Segmented light sources with dynamic parameter changes treat complex diseases by preventing molecular adaptation while avoiding non-specific toxicity.

An indwelling optomedical device radiates light from within a cerebral blood vessel to stimulate photoreceptors and accelerate neurotransmitter release.

Bio-informative energy light irradiation enhances antibody formation while reducing cytokine release and side effects.

Air-permeable porous structure reduces direct tissue contact, allowing repeated intraoperative radiotherapy applicator use without frequent sterilization.

A display device synthesizes photo-therapy images with normal content using calculated periods.

Protrusions and recesses in the flexible pad create ventilation channels that maintain skin breathability while ensuring ergonomic fit.

Photo-activating radiation initiates crosslinking in the tarsal plate to increase tissue rigidity, avoiding general anesthesia risks.

An oral care appliance uses separate blue and red light sources to treat teeth and gums simultaneously within a single integrated device.

A solar radiation therapy system concentrates and transports natural sunlight indoors to deliver targeted UV exposure.

Illumination devices emit specific wavelengths to induce biological effects, reducing cytotoxicity while inhibiting pathogen growth.

Digital root techniques align radiation operational parameters with cellular structure attributes, resolving complexity issues in protocol setup.

Surface acoustic wave transducers modulate light signals in implantable leads, resolving tissue damage risks from imprecise electrical electrodes.

A phototherapy device uses a touch panel to input pain location for spatially directed illumination.

Selective power distribution manages heat dissipation by illuminating skin areas sequentially, preventing overheating while extending treatment duration.

Optical fibers bypass skull attenuation to reduce hippocampal cell loss in traumatic brain injury.

A light-based beauty device uses a cooling unit to supply airflow that cools the skin surface during irradiation.

Thermally tunable silicon nitride waveguides resolve imaging range versus axial resolution trade-offs in swept-source OCT systems.

Optical fibers embedded in textile capture ambient light and transmit it to the inner surface contacting human skin.

Replacing non-selective electrical stimulation with optogenetics prevents neuronal damage while restoring normal theta and gamma wave generation.

A flexible phototherapy mask uses a replaceable quantum dot film to down-convert LED light into tailored secondary wavelengths.

A wearable Y-zone treatment device uses pulse-controlled LED light emission for targeted therapeutic care.

A fluorescent handpiece merges a nonlinear waveguide with dye circulation to modulate electromagnetic radiation for biological tissue treatment.

A ceramic composite emits nonthermal far infrared photons alongside thermal radiation.

A flexible LED array on a conformable circuit board attaches to body contours using repositionable camlocks and perforated straps.

A distributed-weight heating pad uses segmented pockets and channels to articulate around body contours while delivering conductive and radiant heat.