Light Therapy TRIZ Cases

Replacing mechanical micropipettes with optical fields eliminates physical contact, enabling high-throughput ion-channel screening.

A light therapy device applies specific infrared wavelengths to tissue.

Axial drive mechanism guides massage head assembly into a single correct position, resolving ergonomic challenges and reducing manual effort during mounting.

A therapeutic irradiation device uses a sensor and controller to monitor radiation power signals.

Sidewall-emitting optical fibers and controlled rinsing confine photosensitizer delivery, preventing bacterial spread in body cavities.

UV light delivery system emits therapeutic wavelengths inside respiratory tubes, reducing infection rates without antibiotic resistance.

Flexible pulsed blue and red light therapy reduces muscle fatigue and pain while accelerating wound healing through controlled photobiomodulation.

A UVC LED apparatus delivers 265 nm radiation to inactivate pathogens via DNA interference.

Dual-energy soft x-rays target mutated DNA bases to inactivate cancer cells while minimizing damage to normal tissue.

Segmenting the battery into a neckband reduces the weight of a light therapy appliance, improving comfort during skin treatment.

Luminescent housing window passes treatment light to signal operation, eliminating separate indicator lights and reducing battery drain in portable devices.

Segmenting the device into a first resonator and a replaceable second module enables dual-wavelength radiation, overcoming single-source limitations.

A cosmetic kit uses low-level laser therapy to cross-link hyaluronic acid in situ, creating a stable dermal filler without chemical agents.

Coupled light therapy devices coordinate operation to expand treatment area, reducing total sessions required for comprehensive photobiomodulation.

Spectral filtering limits UVC emission below 235 nm, confining absorption to skin upper layers and preventing deep tissue damage during pathogen decolonization.

Pneumatic structural elements replace rigid frameworks to reduce complexity while transparent walls enable efficient light distribution for skin treatment.

Light-responsive channels recruit motor units in normal order, reversing electrical stimulation fatigue and preserving fine motor control.

A wearable therapeutic sleeve integrates radiofrequency, laser, and electrical stimulation for autonomous tissue treatment.

Segmented illumination panels conform to scalp contours, reducing hair absorption and reflection losses for consistent photobiomodulation dosing.

Circumferential illumination from a flexible pad resolves the contradiction between adequate light dosage and swaddling capability.

A UV LED therapy controller adjusts irradiation dose based on spectral data.

Merging multiple LED sources into one unit resolves the trade-off between limited single-wavelength benefits and increased structural complexity.

Modifying the treatment planning objective function to increase beam modulation for precise radiation delivery.

A temporally modulated multi-LED lighting system introduces melanopsin-selective flicker to enhance subconscious physiological responses.

A flexible light therapy pad conforms to anatomical shapes while maintaining simple internal construction through segmented emitter design.

A UV irradiation device emits 280 to 315 nm light to stimulate cutaneous vitamin D synthesis in cattle.

A multi-layer heating mat integrates therapeutic stones and pulse electromagnetic field emitters for combined thermal treatment.

Interchangeable emitter heads enable a handheld device to deliver UV-C, UV-A, and blue light energy without tethering constraints.

Translational mechanisms shift a lens within a housing assembly to adjust beam angles without structural redesign.

Natural ingredients in a skin patch emit far infrared rays to promote blood circulation without external energy sources.

A handheld laser therapy device uses diffractive optical elements to shape beam geometry and pulse-width modulation for precise power control.

Individually controllable LED modules prevent localized overheating while ensuring consistent light penetration for therapeutic efficacy.

A flexible light treatment head integrates distributed heat sink bodies with a conformable housing to manage thermal loads from high-power light sources.

Flexible applicator module integrates thermoelectric mesh and infrared LEDs for dynamic temperature control.

Segmented LED arrays optimize penetration depth and energy density to resolve trade-offs between efficacy and safety while preventing tissue overexposure.

Controlling LED integral intensity ratios in specific wavelength ranges reduces erythema risk and apparatus weight compared to excimer lamps.

Laser diode transmits infrared light through optical fibers to a diffuser, reducing energy loss and enabling Kangaroo mother care.

Nesting a light guide inside a protective catheter resolves the contradiction between deep brain irradiation and tissue biocompatibility.