Vibration Massage TRIZ Cases

Integrates an arc light generation module with a vibration motor to provide combined phototherapy and mechanical massage functions.

Automated percussive therapy system delivers targeted vibration and thermal effects through integrated sensor feedback.

A telescopic massage stick connects interchangeable hammer and pressure heads to adapt length for pounding or kneading.

Motor-driven cams expand a sleeve girth dynamically, resolving the trade-off between static simplicity and versatile user satisfaction.

A vibratory treatment device transmits three-dimensional sinusoidal oscillations through a frame and pad into patient limb tissue.

A finger-mounted tether stabilizes a vibrating device against slippage, resolving grip instability while eliminating wrist fatigue from continuous holding.

A massager with a swinging massage head enriches massage functions and modes.

A cordless massager uses nested motor placement and interchangeable compressible tips for portable, one-handed operation.

An intragastric magnetic device enables remote vibration therapy to induce patient satiety without surgical intervention.

A wellness device vibrates the closed eyelid to mechanically clear debris from the trabecular meshwork.

Independent massage elements in the recess area provide controlled pressure to postpartum areas without causing secondary injury.

A biting massager uses dual motors to drive separate flapping and vibration mechanisms for targeted stimulation.

A vibration generator targets sinus resonance to increase nitric oxide levels, bypassing nasal congestion without causing toothache.

Automated massage fingers replicate professional esthetician tapping frequencies above 2.5 Hz, reducing user fatigue while treating wrinkles.

A massager links shells via a connecting spring to adapt to body curves while a touch sensor enables automatic start stop operation.

An electromagnetic system replaces water pumps to eliminate standing water bacteria while maintaining high kinetic massage output.

An accelerometer-based input device replaces expensive touch sensors with motion detection, reducing injury risk while maintaining precise penetration tracking.

A motor drives a push rod to extend massage bulges from a shell surface, creating dynamic contact points for tactile stimulation.

An adjustable massage device changes movement depth by sliding an eccentric wheel radially, accommodating varying fascial thickness across body sections.

A visual acuity training device uses an eye-movement sensor and controller to guide eyeball motion toward predetermined positions for targeted muscle exercise.

A water-filled roller massage chair uses rapid heating and cooling to deliver comfortable therapy.

A wearable stimulation device uses a voice coil motor to drive deep muscle activation without stiffening superficial muscles.

A variable stroke percussion massage device uses a cam mechanism to adjust stroke length for different intensities.

A head massaging cap integrates heating zones, cooling zones, and rack gear probes for multi-modal therapy.

A pair of eccentric massage discs connects to revolving shafts via a clutch mechanism that aligns the discs identically or in dysphase positions.

A cylindrical massage drive unit uses a threaded cover to adjust axial length between end plates for modular assembly.

Reversing motor rotation shifts the crank pin along a sliding groove to change piston stroke length, resolving adaptability versus complexity.

Replacing cylindrical shells with a spherical design distributes vibrations evenly while avoiding pressure on surrounding tissue.

Integrating magnetic agitation into the roller ball resolves the contradiction between enhanced treatment efficacy and increased device complexity.

A self-holding percussive massage device uses dual vibration sources to stimulate the abdomen and mons pubis region without manual adjustment.

An ablation probe integrates ultrasonic sensors within a fluid channel to provide acoustic coupling for tissue imaging.

Rigid coupling elements separate the actuator from the flexible vest, resolving the trade-off between comfortable wearability and effective force transmission.

Segmenting the massage body from the driving mechanism enables deep cleaning without waterproofing the entire device, reducing manufacturing costs.

Expandable connectors adjust to fit the limb while motors drive rollers for autonomous massage without manual holding.

Segmentation isolates vibration and heating functions in separate heads, resolving versatility versus complexity trade-offs.

Swinging bars occlude sensitive areas while a vibration member provides tactile feedback, improving stimulation effects beyond standard devices.

An adaptive back clapping machine adjusts travel via infrared detection and buffers impact force to prevent tissue damage during chest percussion.

A percussive massage device uses a ring gear and pinion system to alter applicator head stroke length.

A handheld vibration tool applies targeted mechanical oscillations to muscle groups during stretching routines.

Multi-dimensional motion patterns distribute pressure dynamically, resolving inadequate coverage and improper force application in deep tissue massage.

Meshed gears and eccentric bosses convert one motor rotation into simultaneous telescopic and rotational movements, eliminating multiple motors.

Adjustable EEG device segments fit diverse head shapes while elastic restoring force maintains scalp contact for reliable signal detection.

A buoyant pool noodle houses a vibration motor to provide flotation support and therapeutic massage simultaneously.

Photoacoustic nanotransducers convert near-infrared light into localized acoustic waves to stimulate neurons with submillimeter precision.