Non-Rotating Vibration Suppression TRIZ Cases

A dense laminated tabletop replaces honeycomb cores to keep a low profile while improving stiffness and 2-10 Hz vibration isolation.

A high-viscosity paraffin oil, peroxide crosslinking, and treated magnesium hydroxide improve heat resistance without sacrificing moldability.

Adjustable vibration dampers help a centrifugal drum pass resonance faster, reducing oscillation-related interruptions and product underprocessing.

Axial and radial elastomeric members absorb shock and vibration in a compact mount, limiting energy transfer under tight space and weight constraints.

Motorized climbing carriages use shelf uprights and counter-wheels to automate vertical picking without bulky conveyors or multiple shuttles.

Permanent-magnet negative-stiffness units and a floating frame improve multi-axis vibration isolation while preserving bearing capacity.

An elastic element in the sonotrode bore secures attached parts while decoupling hoses from ultrasonic wear and detachment.

A resilient damping pad limits contact protrusion motion in multiple axes, absorbing shock energy and preventing isolator damage under combined loads.

Sensors and actuators cancel handlebar vibration with phase-opposed oscillations, improving comfort across varying frequencies and riding conditions.

Passive pneumatic shock absorbers stabilize a floating platform in rotary wing aircraft by isolating multi-axis rotor vibrations.

A dual-rigidity elastomer bush in the wind gearbox torque support cuts resonance vibrations and shifts low-speed interference tones out of range.

Repelling magnets and a compressible plunger let users tune buffer weight and tension easily while reducing recoil impulse and impact shock.

Compliant flexures and bumpers shift structural modes to attenuate target-frequency vibration while absorbing shock in compact payload isolators.

Two linear motors actuate a pendulum mass to damp machine tool vibrations in a compact, low-maintenance layout with precise position control.

Multiple small façade, slab, and wall damping units replace a large rooftop TMD to cut building acceleration while saving valuable space.

Metal or ceramic nanocellular foam ligaments are tuned to target vibration modes, enabling damping and noise reduction above 300°C.

Variable-contact polymer pads keep contact pressure and friction more consistent across load changes, reducing seismic toppling risk.

Segmented flexure isolators and spring-loaded wedges absorb vibration while accommodating radial and axial thermal expansion.

A concave sliding surface and retained sliding body absorb earthquake vibrations while limiting slip-off and reducing seismic force transmission.

A pivot-supported fork member aligns with inclined pallet pockets to prevent pallet and cargo flipping during forklift insertion.

High-density dampers and a flexible thermal link protect MEMS IMU sensors from launch shock while maintaining heat flow to the enclosure.

A compact elevator pad combines vibration damping with compression-based load and tilt measurement, simplifying installation and spare-part replacement.

A shared metal bracket carries two independently tuned dynamic dampers to improve multi-frequency vibration damping without increasing installation space.

Two elastic elements with rising and constant stiffness isolate satellite micro-vibrations while supporting launch loads without added mechanisms.

Concave end surfaces guide lead plug plastic flow at both ends, improving shear damping and seismic isolation effectiveness.

A solid body spring replaces gas-filled foam to absorb high forces in compact piston housings while limiting volume change and heat rise.

An adjustable cantilever weight damper matches changing vibration frequencies to suppress machine tool chatter without replacing elastic members.

Angled vibration dampers target machine-element oscillations that side-parallel layouts miss, improving damping across changing vibration directions.

An elastic ring insulator stabilizes turbocharger cartridge clamping, reducing resonance and improving unbalance detection accuracy.

A housing-supported worm shaft with a damper support member improves bearing alignment, stabilizes torque, and reduces worm-wheel friction noise.

De-correlated screen vibrators and feedback control reduce speckle and standing waves while adapting displacement to temperature and humidity.