Non-Rotating Vibration Suppression TRIZ Cases

LIDAR sensors detect upcoming road conditions to proactively adjust damping rigidity, extending component lifespan under harsh loads.

An elastomeric first component and stiff second component create friction to lock the shaft collar without tools, solving dexterity constraints.

An electromagnetic vibration absorber generates directional forces via magnetic fields to resolve steering wheel vibration reduction challenges.

An air damper assembly compresses gas in dual chambers to reduce slide mechanism velocity, preventing bumper damage and noise generation.

Introducing a guide element between the adjusting nut and coil spring prevents horizontal load shift during height adjustment, preserving actuator alignment.

Rotary damper replaces passive elements by regulating angular velocity via shaft drive, managing chassis dynamics without increasing structural complexity.

A compact vertical-motion isolator uses overlapping compressed flexures to create a negative-stiffness mechanism.

Multi-corner isolating elements eliminate wobbling and excessive elastic displacement, reducing noise transmission to vehicle compartments.

A suspension mechanism uses parallel dampers with different mounting angles to moderate vertical damping force distribution.

Elastomeric stiffening elements absorb kinetic energy from relative movement, reducing undercarriage frame bending on uneven tracks.

A bearing assembly uses a sandwiched annular vibration absorbing member aligned with holding pins to simplify propeller shaft balance correction.

A gear drive mechanism adjusts magnetorheological damper resistance based on payload weight to isolate kinetic energy transfer.

Torque rod converts running torque into lateral forces to suppress vibrations and enhance ride comfort.

Multiple independent pockets within the shock absorber elastomer layer enable visual crack detection without compromising mechanical strength.

Integrating a tuned mass damper into the light tower head reduces maximum displacement by 75.1% during earthquakes.

A torque rod uses a thin-walled annular portion and asymmetric fork strengths to guide downward breakage during impact.

Elastic members absorb vehicle body vibrations, preventing improper torque sensor operation and securing stable steering assist performance.

Interlocking fixing components lock the floating platform to the base, preventing internal component damage from transportation shock loads.

A seismic isolation device uses a friction reducing means between sliding plates to minimize noise and vibration during horizontal deformation.

A magneto-rheological elastomer mount uses an electromagnetic coil to adjust rigidity for active noise and vibration damping.

A vibration isolating table uses circulation belts to transmit motion to rotary dampers for resistance.

Optimized hydroxyl group values in plant-derived polyol enable excellent sound absorption while reducing environmental load.

Cooling a magnetic damper conducting member with cryogenic fluid boosts electrical conductivity and damping force while reducing system weight.

A spring and roller mechanism applies upward bias to stabilize a cantilevered patient support surface, eliminating stair-step artifacts in PET and CT scans.

Segmented magnet holders and guided spacers reduce device volume while maintaining vibration damping performance in active systems.

Feedforward control eliminates sensor feedback delays, enabling real-time vibration attenuation across varying frequencies in semiconductor processing machines.

Central elastic body inside peripheral ring equalizes load sharing, resolving the trade-off between vibration damping performance and durability.

A compact active damper uses stiff movable connections to generate restoring forces in orthogonal directions for multi-axis vibration control.

A vibration isolator uses precompressed elastic parts to absorb power train vibrations and prevent transmission to the vehicle body.

Segmented buffer projections distribute twisting forces to prevent breakage while maintaining vibration suppression.

A rubber composition using high-cis isoprene, specific carbon black, and silica to achieve low dynamic magnification.

Curved base plates and active loudspeakers eliminate resonance volumes and acoustic disturbances for reliable vibration isolation.

Segmented micronparticles generate internal magnetic fields to overcome distance-dependent viscosity limits in complex fluids.

Tuned spring-mass systems create vibration nodes on landing gears, eliminating cabin noise and custom testing costs.

Segmented corrugated steel plate reduces exhaust manifold weight while maintaining vibration damping and sound absorption performance.

A core-shell acrylic emulsion forms a uniform vibration damping coating film with enhanced cohesion.

A torque rod with an abutting face directly absorbs stopper loads through its rod member.

Elastic rubber body suspends contact roller to absorb vibration energy through three-dimensional deformation.

A vibration absorbing device uses a positioning mechanism to orient a dynamic element for optimal resonance frequency absorption.

A tunable damper assembly uses elastomeric elements to elastically support a movable mass for vibration damping.

Hard spacer redirects vibrations away from the cushion, preventing sharp edges from cutting the material during continuous operation.