Vibration Massage TRIZ Cases

See how independent grid air cells with selective pneumatic expansion minimize pressure concent

See how a dual-magnet transmission shaft with intermediary guide rod prevents coil collisions w

See how an electromagnetic vibrator uses wire coil and magnetic member reciprocation to produce

See how a cushion container with heat dissipating holes enables secure vibrating motor mounting

See how stochastic vibration applied through a mattress stabilizes respiratory and cardiac func

See how airbag position adjustment based on seat deformation detection maintains consistent mas

See how a seat massage device uses deformation detection and dynamic position adjustment to lim

See how a massage exciter mounted to a rigid support member transmits vibrations through a flex

See how a resiliently suspended sling and direct mattress holder eliminate box-structure dampin

See how mutual-drawing guardrail sleeves on a medical air mattress maintain protective position

See how a gear-driven magnetic assembly replaces high-power motors to reduce energy use, vibrat

See how tilted speaker placement and backrest depression geometry improve sound transmission in

See how embedding bone conduction transducers in a pillow merges stimulation effectiveness with

A tilting seat with passive piriformis massage, adjustable support, and self-powered sensing improves core activation, circulation, and posture.

Oscillating silicone touch-points use 50-300 Hz pulsations to loosen oils and contaminants while avoiding abrasive skin contact.

Localized rigid supports with independent vibrating units deliver precise cutaneous stimulation without the damping and randomness of full-body contact.

Stored touchscreen presets let users recall bed positions and control connected devices from bed, improving independence and comfort.

A staged rocking profile shifts from low-frequency relaxation to higher-frequency refreshment, helping users wake gently with less noise and blood pressure shock.

External electrode pads around the anal region use ramped low-frequency pulses to strengthen pelvic floor muscles for easier home use.

Co-located ultrasonic or IR sensing in a seat nodule enables gesture-based control of audio, lighting, and vibro-acoustic feedback without external arrays.

A networked bed controller links positioning, vibration, lighting, and air treatment control to improve independence and transfer user settings.

A wireless bed controller unifies bed positioning and bedside device control, helping users maintain comfort, independence, and saved preferences.

A unified controller links bed positioning, mattress air pressure, vibration, and external device control to improve comfort and user independence.

A modular controller links adjustable bed positioning, air mattress settings, and nearby devices to improve independence for users with limited mobility.

A programmable controller links voice commands, bed positioning, vibration, and external devices to improve user independence and comfort.

A programmable controller with remote memory lets users adjust bed positions and control lights, audio, and air purification without leaving bed.

A radially movable slider changes the eccentric radius, letting one massage head adjust tapping depth for different fascia thicknesses.

Airflow through a vibrator flow hole adds pressure, cooling, and substance transfer while enabling adjustable vibration intensity and frequency.

Directly mounting the vibrating unit on the seat back pressure-receiving member improves vibration transfer while reducing parts, noise, and interference.

By mounting the vibrating unit on the pressure-receiving member, the seat back improves vibration transfer and avoids extra springs, noise, and interference.

An electromagnet-driven massage ball replaces gear transmission to cut noise and enable finer intensity control with pressing, tapping, and vibration.

User-triggered sensor range calibration lets contact-based massagers adapt to individual use and improve measurement resolution.

A fixed precession axis, magnetic biasing, and elastomer damping cut bulk while improving gyroscopic tremor stabilization for wearable use.

A gimballed flywheel with adjustable bias and sensor feedback stabilizes varying tremor frequencies while reducing bulk and weight.

A single motor drives dual shafts and synchronized massage heads to deliver quieter, more stable twisting and arc-motion massage.

Multiple precessing gyroscopes on a wearable mount reduce hand tremor across axes while preserving dexterity and arm movement.

A bent-tube magnetic drive replaces linear strokes with arc motion, improving percussion massage across body contours and angles.

Depth and force sensing drive vibrotactile output in a male stimulator, improving personalized response without adding separate control hardware.

Angle sensing and automated percussion help patients target sputum regions more accurately while reducing manual effort in airway clearance.

Reciprocating first and second massage components add clamping and kneading effects to overcome monotonous stimulation in male sexual stimulation devices.

Interconnected flexible cavities and vibration members improve penile stimulation coverage while enabling hands-free use and localized massage.

Rotating a spiral stimulator inside a covering creates undulating massage while a friction-lessening member reduces heat, wear, and sleeve damage.

Opposed rotatable rollers and adjustable clamping replace monotonous vibration with rolling, pinching, and personalized male stimulation.

An elastic buffering section isolates the grip from high-frequency tool vibration, preserving massaging power while reducing hand discomfort.

Low-frequency infrasonic waves applied near the navel enable non-contact acupoint stimulation while avoiding skin damage and excessive radiation.

A finger-handle layout and integrated pump improve wet handling while delivering adjustable water-jet and vibration stimulation.

A threaded and snap-fit connecting module keeps the massaging head secured during high-frequency reciprocation and prevents unsafe separation.

Machine learning adjusts wearable vibration cues from gait sensors to improve balance stability and help prevent falls in impaired users.

Rotatable massage members and a removable handle or strap let one shiatsu massager reach multiple body areas while cutting device count and storage needs.

Detachable eccentric laminations create peristaltic, rotational, and vibrational massage motion without complex mechanical structures.

A pivoting platform and pressure head create multi-angle foot and hand massage, improving stretch and trigger-point stimulation with optional vibration.

A deformable connector lets the massager clamp onto body parts for hands-free use, improving comfort, stability, and adaptability.

A rigid inner portion and viscoelastic outer layer improve comfort while preserving detectable vibration transmission at the cushion surface.

Adjustable stroke center control tunes the air spring to body hardness, keeping massage return speed and impact energy consistent.

An elastic slit seal opens under pressure but stays closed in storage, enabling leak-free rolling-ball skincare dispensing with optional vibration and light.

Dual internal and external massage elements overcome monotonous stimulation while limiting added structural complexity.

An eccentric wheel and limiting groove simplify massage arm assembly while preserving rocker strength and synchronized oscillation.

Propagating wave energy reshapes a gut or body biome before re-seeding, helping correct bacterial imbalances and support homeostasis.

Axial and circumferential LED strips with vibration improve pelvic tissue coupling, reduce hotspots, and deliver more uniform home therapy.

Propagating wave energy reshapes the gut biome, then re-seeding helps restore homeostasis and correct bacterial imbalances linked to health disorders.

Combined vibration, infrared LEDs, and an oligodynamic metal surface improve targeted musculoskeletal pain treatment while reducing contamination risk.

Movable rollers and massagers on a track adjust pressure and position to fit different users while avoiding bulky, costly roller tables.

Propagating wave energy reshapes a dysbiotic biome before re-seeding, helping restore bacterial balance and mitigate related health disorders.

A detachable massage head with adjustable peak height helps match back curvature, simplify replacement, and vary massage intensity.

An eccentric connecting linkage varies massage-ball spacing to mimic thumb and finger motion while avoiding extra pumps and elastic parts.

UV-C irradiation with reflective and light-guide elements disinfects adult toys thoroughly while avoiding corrosion from chemical cleaning.

Annular coils and magnets create direct reciprocating motion, removing motor transmission parts to shrink massager size and cut noise.

A trigger and switch controller disable driver startup when the massage head is detached, preventing harmful piston motion.

Dual side-wall chambers balance heating and vibration to avoid hot spots, improve contour fit, and reduce wear and noise.

Integrated housing vents and compartmented airflow cool the motor in a compact percussive massager, preventing internal overheating.

Conductive elastic sheets in a sliding rod assembly detect whether a massage head is inserted, preventing unsafe operation and power waste.

Low-frequency stimulation targets temporalis and masseter muscles while conductive silicone improves comfort and conductivity.

A unified housing merges a vaping system with a vibration mechanism to enable simultaneous operation.

Real-time amplitude and frequency adjustment via a planetary gear assembly reduces noise and manufacturing costs while improving user customization.