Light Therapy TRIZ Cases

Zoned sunglass optics stimulate central, mid, and far peripheral retina while balancing light intensity and wavelength for dopamine production and driving safety.

A half-ring body and adjustable hinge help maintain contact with the penis and scrotum while targeted light supports testosterone and reproductive function.

Removing comb teeth keeps laser output unobstructed and closer to the scalp, while SMD modules reduce device size and processing cost.

A probe beam detects anatomical and tissue properties, allowing the therapy beam to adjust wavelength, power, duration, and angle.

Bulky photonic and electromagnetic devices limit storage; an integrated substrate and controller provide selectable treatments in a compact form.

Controlled photon wavelength, intensity, and pulse timing stimulate mammalian opsins to regulate hormones while reducing energy and heat.

Reflected and direct light paths extend stimulation into mid and far peripheral retina while targeting rods, cones, and ganglion cells.

Dual light sources use F1 and F2 above 60 Hz to induce a therapeutic gamma harmonic in the brain while avoiding visual discomfort.

Multiple narrow-band wavelengths selectively activate retinal S and L+M cones for practical circadian phase regulation.

A filtered UVB source centered near 297 nm supports vitamin D synthesis while limiting off-spectrum exposure and skin damage.

A flexible light mat and swaddle use controlled blue light to treat neonatal jaundice while improving infant comfort and exposure uniformity.

Timed UV, visible, and infrared wavelengths balance disinfection and healing phases for chronic wounds in one treatment apparatus.

This case uses wavelength, radiant flux, and temperature control to stimulate nitric oxide and treat pathogens with less tissue damage.

A protective ring between the pad and chip distributes weight, cushions compression, reduces foreign body sensation, and extends chip life.

Explore whole-body blue LED phototherapy using 400–490 nm light to stimulate T-cell activation without pharmaceutical treatment.

A 4–60° beam, pulsed duty cycle, and ambient-light sensing deliver controlled PBM doses to skin while limiting energy use.

A comb-like tip integrates hair parting, retention, and UV laser delivery to simplify scalp phototherapy for short-haired users.

This lighting case combines focused UV and visible wavelengths with timed dosing to limit overexposure during procedures.

Separate lumens arrange light-emitting boards for uniform bile duct irradiation while maintaining a pathway for bile drainage.

A modular optical system steers patterned light onto functional retinal cells and adapts to eye movement for acuity and diagnostics.

This case uses layered optical filters to attenuate melanopsin-stimulating wavelengths while preserving broader visual transmission.