Vibration Dampers TRIZ Cases

See how clockspring-coupled counterweights orbit to counteract load imbalance, reducing vibrati

See how a wire mounting with bend sequences shifts resonance modes to higher frequencies, reduc

See how a slotted tubular polymer spring with loading cones replaces metal springs to enable si

See how elastomeric balls replace helical springs in furniture dampers to absorb impact, reduce

See how a polymer compression spring and integrated locking structures replace metal springs to

See how segmented moving masses absorb transient and continuous oscillations independently, red

See how a ribbed elastic member between motor bracket and tub isolates vibration and noise, imp

See how a slotted tubular polymer spring replaces metal springs in dispensing pumps, enabling a

See how a segmented core-shell spring design reduces curing time by optimizing wall thickness p

See how dynamic tub speed adjustment disperses balancing balls during blanket dehydration, redu

See how a polymer compression spring assembly and recyclable locking structures replace metal s

See how a coupled damper in a linkage extension system provides holding force to maintain seat

See how a slotted tubular polymer spring with loading cones replaces metal springs in dispensin

See how a coupled damper counteracts gravity to hold seat extensions in any position without ex

See how a magnetic balance ring uses speed-dependent coupling to retain masses during low-speed

Enclosed bulb nodes block debris from lodging between dial teeth and spring, keeping multimeter dial rotation smooth.

A cantilever dynamic vibration absorber and damping part cut HUD actuator noise, weight, and cost while improving low-frequency vibration control.

Synchronous ball-screw masses vary flywheel inertia to cut start-up energy use while maintaining balanced rotation for efficient conversion.

A dual-stator flywheel machine uses variable inertia control to reduce energy loss and keep energy release stable with a simpler structure.

A combined motor-generator with a variable-inertia flywheel cuts system complexity and helps maintain rotation speed during energy release.

Movable masses driven by ball screws shift flywheel inertia to lower start-up energy use and keep rotation balanced during power generation.

A vertical actuator and leaf-spring-guided coil spring improve heavy-load vibration damping while preventing horizontal displacement.

A torsion spring and stop-mounted housing absorbs vehicle impacts and vibration, preserving module alignment and preventing damage.

A linear actuator switches the subframe mount between elastic and rigid modes to balance cabin comfort with precise steering.

Inclined inner and outer frame geometry captures support legs to damp payload shock and vibration while keeping the mount low profile.

Asymmetrical slots and conductivity patterns vary eddy current resistance by rotation direction, giving suspension dampers distinct rebound and compression forces.

Directional spring stiffness and out-of-phase rotating masses cut torsional vibration transfer in personal care motor assemblies.

Context-based prompts from surrounding object data keep autonomous vehicle operators attentive and ready for manual control.

An integral relief valve nested in the IFP preserves chamber volume, prevents tipping, and maintains pressure balance in short telescopic assemblies.

An elastic thermal pad between battery side plates absorbs cell expansion while preserving heat dissipation to reduce deformation and extend pack life.

An eccentric rotor mass and guide shift EV motor noise into a pleasant 0-500 Hz sound range while limiting vibration and excess high-speed noise.

An integrated voice coil platform combines vibration isolation and precision leveling with decoupled motion axes in a compact, lighter structure.

Elastic spring legs and captive features secure a DC motor against vibration, reducing displacement, shaft bending, and premature wear.

A recessed rubber protrusion damps resonance in specific frequency ranges while preserving the mount's spring characteristics and durability.

Active magnetic damping uses rotor speed and vibration feedback to suppress whirl, non-synchronous vibration, and bowed rotor starts.

Rotatable or repositioned magnets tune counterbalance force to offset payload variation, cut power use, and maintain lift during outages.

Sectioned coil diameters keep gaps between windings, giving rotary magnets a defined spring curve with lower friction and hysteresis.

Magnetic damping rings oppose armature motion in a multi-stable solenoid, limiting detent overshoot and reducing end-position impact.

A side-mounted battery carrier with pivotable vibration compensation protects the battery while keeping the rammer stable and easier to access.

Rotating or repositioning magnets inside ferromagnetic tubes stabilizes counterbalance force across payloads while cutting wasted power and heat.

An interference-fit elastomer bearing stays in a cylindrical receiver during assembly, enabling easy premounting and later bracing.

Depressed portions in the rigid body lock the elastic film in place, reducing interface displacement and improving stabilizer bush durability.

Converts short axial motion into amplified copper-sheet rotation, boosting small-amplitude vibration damping without external power.

Air passages around an elastic thermal pad cool adjacent batteries while the pad absorbs expansion forces to limit deformation and extend pack life.

A sliding bracket with an elastic buffer and locking pin absorbs crash energy and prevents rebound to protect vehicle electronics and occupants.

An asymmetric arm layout keeps torsion spring biasing force effective while reducing shaft rotation, sliding friction, and durability loss.

Active friction contact is applied only when motion parameters demand it, rapidly suppressing inertial vibration without harming stage accuracy.

Pins and switch locks hold bracket spacing during detachable display assembly, preserving surface flatness and splicing quality.

By nesting a conductive disk into the magnetic bearing, this case damps rotor shaft vibrations without adding pump size or extra damper parts.

A compliant wedge damper retains fan case liners under vibration while accommodating thermal growth, wear, and load absorption.

A round-to-square wire transition cuts coil spring weight and processing difficulty while preserving nonlinear spring characteristics.

A suspended mesh and viscoelastic ligatures extend stopping distance to cut impact force, noise, vibration, and floor damage.

A spring-based rotating ankle joint stores and releases energy to tune cushioning torque for different body types while reducing wear.

Positive and negative stiffness elements isolate projection exposure components in multiple degrees of freedom to cut vibration and stress transfer.

Sensor-based damping control adjusts piston sliding in a mooring link to limit floating-object motion under changing sea conditions.

A cassette radially preloads the elastomer before axial fixing, delivering high spring rates with simpler vehicle bearing assembly and less damage risk.

Rectangular wire ties inside a compression spring reduce buckling, deformation, and coating erosion in solar panel stabilizers.

A guide element keeps the valve spring moving axially, preventing tilt, leakage, and sealing loss in beverage containers over repeated use.

An adjustable magnetic air gap tunes absorber stiffness to match drivetrain frequency and reduce handle vibration in personal care devices.

An integrated bearing arrangement damps shaft vibrations in two radial directions, reducing noise, misalignment risk, and alignment cost.

Eddy-current damping resists relative motion to absorb vibration energy in a lighter, more compact damper than rubber or spring designs.

A cartridge undersize radially prestresses the elastomer while axial travel limiters raise spring rates in tight vehicle mount spaces.

Directional isolator assemblies damp vibration between audio equipment and support surfaces to prevent drift and preserve sound clarity.

A composite elastic and damping support filters 200-3000 Hz motor vibrations while cutting weight by minimizing damping material.

A locking wheel and pin mechanism enables controlled torsion spring adjustment in rolling shutters, improving precision and reducing injury risk.

An adjustable air gap tunes magnetic spring stiffness to match device frequency and reduce drivetrain vibration reaching the housing.