Non-Rotating Vibration Suppression TRIZ Cases

Segmented multi-layer patches apply targeted sound damping to specific panel regions, reducing material usage and manufacturing complexity.

A passive eddy current coupling entrains a flywheel to damp torsional oscillations, avoiding active control hardware complexity.

Chemical bonding prevents frictional resistance increase from temperature variations and continuous use.

Radially oriented active dampers convert sensor signals into tangential and Cartesian components, eliminating mutual interference and unwanted torque effects.

A recessed elastic body in an air spring manages internal pressure to provide horizontal rigidity, preventing face plate inclination under heavy loads.

A plate spring with through holes permits relative displacement while enabling visual inspection of the stator and mover.

Spring devices resiliently hold a conduit within an outer frame to absorb seismic displacements, preventing cable dislodgment during earthquakes.

Asymmetric torque rod design with thinner lower branch portions directs stress concentration to specific weak points.

A hydraulic mount uses bolt-through construction with dual elastomeric springs to define fluid chambers.

An actuator moves a decoupler in a hydraulic mount assembly to control fluid flow through passages, reducing vehicle cabin vibrations.

Inflatable air bags between decks adjust pallet height, reducing unloading ramp length from 14 feet to 1 foot and eliminating heavy external ramps.

An antivibration unit attachment structure uses differential elastic members to attenuate vibrations across wide frequency bands.

A rigid substructure damping system amplifies axial deformations in damped diagonals to dissipate dynamic forces through geometric rotation.

Segmenting long torsion bars into smaller units reduces installation volume and preserves interior height while maintaining reliable vibration damping.