Non-Rotating Vibration Suppression TRIZ Cases

See how elastomer inserts in fastening holes decouple furniture from building walls, achieving

See how passive magnetic dampers convert vibrational energy to heat via eddy currents, achievin

See how a composite buffer with soft and hard materials fills the clearance between displacer a

See how a damper with elastic member and pusher adjusts friction force by drum speed to reduce

See how temperature-dependent spring means and coupling adjust resonant frequency dynamically t

See how recessed seat portions with inclined surfaces and integrated clamping guide appliance l

See how inertial sensors in a handheld tool enable objective, long-term tremor tracking to repl

See how floating mounts, upper bases, and side damping structures limit vertical and lateral ap

See how optimized loss factor rubber maintains 0.4+ damping at 30 Hz across -10°C to 40°C to su

See how petal-shaped elastomer grommets with non-uniform spring rates reduce upward motor impul

See how a capsule-based foam damper with segmented troughs achieves uniform compression and imp

See how a boom-mounted damping spring mechanism eliminates outer tub interference during dehydr

See how a lubricant-filled compartment around a friction member reduces vibration noise, heat,

See how a dual moving-mass dynamic absorber separates transient and continuous oscillation abso

See how a friction slider and repositioned elastic damper reduce transient oscillation and exte

See how inertial sensors in a handheld tool continuously measure tremors during daily tasks, re

See how segmented moving masses with different mass ratios absorb transient and continuous osci

See how recessed portions filled with fiber-integrated solid lubricant prevent efflux and damag

See how spatially varying rib compliance isolates motor vibrations during operation while prote

See how an electromagnetic coil and magnet integrated into a vibration-damping suspender enable

See how cantilevered leaf springs with freely articulating pivots reduce weight and complexity

See how elastomer grommets with non-uniform spring rates and petal members suspend high-power m

See how a tub back with rear gasket and bearing-mounted suspension unit isolates vibration, ena

See how a variable-deformation vibration proof spring suppresses valve noise at small openings

See how an elastic connecting member and friction-based damping absorb horizontal tub vibration

See how a buffer member with segmented hardness portions balances vibration reduction and secur

See how beveled locking members with retaining faces secure elastomeric support feet to prevent

See how horizontal vibration buffering devices with dampers reduce outer tub collision and nois

See how a rotatable rod suspension with integrated sensor assembly monitors tub movement to det

An elastic collar between the table brace and fastening bracket damps lateral sway faster while preserving frame strength and stability.

Recessed seat portions and clamping members simplify pedestal assembly while guiding appliance legs for stable, damage-resistant seating.

A reinforced pin inside a dual-buffer mount secures hard disk drives without screws while reducing vibration transfer and assembly cost.

Cross-damping arms, isolation mounts, and modular shelves reduce vibration transfer while fitting different audio equipment sizes.

Friction-based horizontal damping helps the outer tub resist eccentric-load vibration, reducing noise and preventing wash interruption.

High-loss-factor rubber tuned for 0-40°C and 10 Hz helps washing machines suppress spin-cycle resonance, vibration, and noise.

Arched-guide pendulum isolation lets shelving feet slide in two directions, maintaining stability under varying loads and earthquakes.

Elastomer grommets and rubber cushions isolate a food processor motor, cutting vibration and noise while supporting airflow and dust control.

Elastic damping elements between the brace and brackets cut lateral table vibrations, shortening disturbance after side impact.

A rear gasket between the tub back and bearing housing isolates drum vibration, enabling a larger washer tub in limited installation space.

Resilient bushings and directional rod movement isolate speaker vibration, prevent stand noise, and keep heavy speakers stable above the floor.

A damping element between the carriage and telescopic arm absorbs shocks and oscillations, reducing bending stress and screen fall risk.

Maintains a loss factor of 0.4 or more from -10°C to 40°C at 30 Hz to reduce washing machine resonance, vibration, and noise.

A shear-thickening twisted string actuator boosts stiffness and pulling force for wearable joint support with about 0.1 s response.

A pivoting arm and roller keep a stowed vehicle ramp engaged to cut rattling and vibration without interfering with sliding door operation.

A heat exchanger fluid tank cools electrical operating components by conduction, improving compactor reliability without complex air cooling.

An elastic cabin-mounted absorber uses a battery as antiphase mass to cut cabin and frame vibration without added size or cost.

Elastomeric dampers and ball joints absorb C-arm deceleration vibrations, reducing image blur in mobile X-ray imaging.

Overlapping welded flanges and an elastic buffer unit help a vehicle fuel tank resist evaporation pressure, stress concentration, and expansion damage.

A heat exchanger fluid tank cools electric compactor components by conduction, improving reliability and service life without complex air cooling.

A slit plastic outer pipe enables press-fit assembly that protects the rubber mount, avoids swaging breakage, and cuts weight and corrosion.

A nested damping assembly between the support and base plate absorbs transport shock and vibration to reduce electrode plate misalignment and scrap.

Real-time sensing and actuator feedback counter mounting-piece deflection to stabilize vehicle-mounted camera footage on rough roads.

Adjustable flap dampers inside an EV motor mount extend vibration damping beyond 1000 Hz while preserving lower-band isolation.

Damping glue placed between leaf spring elastic arms replaces magnetic liquid, improving vibration balance, reliability, and product consistency.

A deformable shaft support with damping liquid cuts motor vibration at high speed, enabling higher power density with less weight and volume.

Independently controlled rotating bodies counter inertia and gravity to keep freight stable during vehicle acceleration, turns, and inclines.

Protruding ribs redirect radial and axial loads into normal stress in the rubber layer, improving steering stability without losing vibration isolation.

A movable control element and electromagnetic actuator create tunable vibration modes that damp varying frequencies with less calibration.

A dual-insulator mount separates axial and radial motion restraint to reduce shock transmission and resonance in vehicle-mounted components.

Compressible corner buffer members in a display tray absorb and spread collision forces to protect fragile OLED edge areas during transport.

Asymmetric tooth and yoke cross-sections balance magnetic flux, reducing thrust pulsation and saturation while preserving actuator thrust.

A groove-fitted elastic member positions the fuel cell stack buffer accurately, avoiding resin damage, cell shift, and fuel gas leaks.

Resilient damping members and fan cooling separate motor and battery heat paths, reducing vibration, overheating, and operator fatigue.

A non-magnetic interlayer and high-permeability bobbin raise magnetic flux through MRE bushings while limiting coil heat transfer.

A separate fan motor keeps airflow over the battery and converter even when the drive motor is off, limiting overheating and extending service life.

A separately driven fan cools the battery and converter even during motor idle periods, preventing heat buildup and extending service life.

Embedded force absorbers in guided end-plate edges spread swelling pressure more evenly, cutting peripheral stress concentration and extending battery module life.

Recesses and protrusions on the cylindrical magnetic body cut interference and thrust pulsation while keeping strong damping in tight spaces.

A thermally conductive support arm cools a dust-sealed motor, cuts vibration, and uses one fan to cool both motor and battery.

Alternating annular rubber and rigid layers absorb vibration while replacing separate bearings to cut suspension cost and assembly time.

A projection-and-fixing-member stopper mount prevents detachment during transport and suppresses hitting noise under vehicle vibration.

A dynamic damper with an elastic member and mass body suppresses inverter resonance in electric axles, improving cable and inverter reliability.

Mounting the inverter on the reduction gear or motor shortens cables, simplifies assembly, and prevents cable and connector damage.

Interlocking damping elements around flanged pipe sockets simplify engine mount assembly while maintaining a stable vibration-absorbing connection.

A rotating arcuate lock and resilient member secure the battery under vibration while enabling smooth insertion and easy ejection.

Eddy-current braking replaces gel-like dampers to suppress resonance in a vibration generator while avoiding temperature-driven degradation.

Cooling air is routed into the support arm to create overpressure, keeping dust out while cooling the motor and battery.

An inertial mass between two resilient bodies keeps bush dynamic stiffness flat across the operating frequency range for better vibration isolation.

Parallel damping protrusions on motor mount rubber legs use resonance to cut high dynamic spring action from surging at high frequencies.

Active electromagnetic load control helps rail air springs counter vertical vibration while reducing auxiliary spring wear and failure risk.

Adjustable coupling positions vary paired rear insulator compression to balance NVH and ride-handling targets without new molds.

Conductive rotor contact with the control circuit enables eddy-current damping, energy harvesting, and adjustable braking or propulsion.

Grooved elastomer legs and framework tongues replace tabs or pins to cut stress concentration and extend motor mount service life.

A protrusion-adjusted bracket hole lets one positioning member fit different antivibration mount brackets without reducing strength.

A multi-axis shock-absorption head uses sliders and springs to counter camera shaking, inertial shifts, and detachment on uneven roads.

A bellows-shaped elastic body with layered convex bends lowers resonance frequency and preserves high-frequency vibration absorption.

Grooves in cavity-backed protrusions guide compression deformation, keeping battery cushioning force stable and preventing tilt.

Tuning suspension resonance below the drive frequency cuts audible noise and vibration transmission without bulky, costly isolation hardware.

Angled upper and lower inserts with a single bridge cut lateral stiffness while preserving pitch and bounce control to reduce booming noise.

In-situ thermomechanical mixing disperses urethane polymer in reinforced rubber to curb Payne effect while preserving static properties.

Magnetic flux and motion sensing counter helmet rotation after impact, reducing concussion risk and triggering neck airbag protection.

A dual-rack pinion gauge measures cumulative displacement mechanically, avoiding electric power and reducing conversion complexity.

Partially enveloped damping elements cut vibration transfer from rotating machines while reducing mount part count and manufacturing complexity.

Temperature control keeps the damper elastomer stable, preserving natural frequency and suppressing parasitic vibrations in lithography.

Tuned elastic bodies and weights suppress target low-frequency vibration, improving sound insulation without adding heavy material.

A three-spring mount with flexing rings and rigid connectors cuts external vibration while preserving rocking stiffness for accurate mobility measurement.

Intersecting frame beams and graphite sheets improve portable display rigidity, heat spreading, and impact protection in a compact housing.

A modular case and hinge layout uses a reinforced frame, heat dissipation sheets, and a bumper to balance portability, rigidity, cooling, and impact protection.

A honeycomb shock-absorbing base isolates impacts and vibrations from cosmetic pans, reducing breakage and premature disposal.

An intermediary shock-absorbing member between a top plate and fixation target disperses impact forces to reduce pallet and caster damage.

A dual stopping-groove and stopper layout restrains the buffer member along the shaft direction, preventing foil removal and improving bearing stability.

A compression spring nested inside the gas spring boosts display support load capacity without increasing mechanism size.

Stored absorber position and type data guide attachment choices that keep work machine vibration below threshold for smooth component mounting.

Magnetic shell-liner decoupling resists rotational head acceleration by extending impact time and reducing G-forces linked to concussions.

A passive eddy current rail dampener uses annular magnets and a conductor ring to replace leak-prone hydraulics with compact, low-maintenance damping.

An annular vibration isolator stabilizes clamped turbocharger cartridge contact, improving unbalance detection accuracy and durability.

A tuned elastic element in liquid ballast damps wave-driven motion, cutting loads and vibration in floating structures.

Actively controlled piezo actuators damp fuel injection vibrations across wider frequencies, cutting idle noise and enabling early fault detection.

Piezoelectric actuators actively damp fuel injection vibrations across wider frequency ranges while enabling noise reduction and early fault detection.

Dual load paths and an elastomeric isolator damp cowling-door vibration, cut actuator wear, and preserve operational load transfer.

Electromagnetic actuators on the movable base and approach frame actively suppress attachment vibration for faster, more accurate molded product removal.

A two-stage aircraft damper uses stiff beams that buckle above a force limit, improving impact energy dissipation without oversized spacers.