Non-Rotating Vibration Suppression TRIZ Cases

Elastic members retain an underfloor onboard instrument between two supports, cutting bolts and assembly complexity while preserving vibration isolation.

Reactive olefin elastomer coating on inorganic filler improves dispersion and loss factor in thermoplastic vibration-damping molded articles.

A layered metal-and-filler tabletop replaces honeycomb cores to deliver low-profile stiffness, weight, and better 2-10 Hz vibration damping.

Uses spherical rolling bearings to cut activation force and cost in base isolation while preserving self-centering and energy dissipation.

A matched counterweight moves with the lithography stage to balance reaction forces, cut vibration, and preserve pattern accuracy.

Shock-proof units with carriers and support members distribute cabinet weight and absorb jarring to prevent deformation and leaning.

A flexure-based tuned mass absorber targets specific vibration frequencies in compact isolators while avoiding fluid damping limits and rigid-stop tolerance issues.

A modular dry-cooler and heat-exchange layout balances liquid and air cooling for IT units while protecting underfloor cooling lines from shock.

A shock-absorbing guide roller stabilizes vertical ripper motion, limits transmitted vibration, and makes maintenance easier.

Dry friction from steel shot, zirconia, and rubber replaces toxic lead cores while preserving seismic damping in low-temperature conditions.

Independent elastic and hydraulic modules simplify maintenance while preserving torsional rigidity and vertical compliance for wind turbine loads.

A vertical wall at the bonded interface lets the damping member absorb shear and compression strain without extra material or body shape changes.

Elastomeric mounts, pads, and shrouds damp offset-drive vibration and noise in battery-powered surgical saws while reducing wear and user discomfort.

A constrained elastic body expands radially under axial compression to absorb more energy without increasing damping stopper size.

Radially biased pins let a split bearing lock through thin sheet holes, combining axial fixation, radial load sharing, and vibration insulation.

Partitioned insert spaces let one bearing mount tune vibration isolation in three directions while simplifying insert positioning and replacement.

Raised-edge plates constrain elastomer bulging in layered supports, limiting creep and vertical deflection under continuous high loads.

A threaded shaft, motion converter, and encoder replace wear-prone worm gears to keep heavy optical test loads precisely positioned.

A silica-carbon black blend with silane and dihydrazide lowers dynamic magnification while preserving rubber durability and weather resistance.

A movable mounting seat and dual resilient components absorb high-frequency vehicle vibration to keep onboard camera images clear at lower cost.

A C-profile and U-profile mount with damping material isolates rail interior trim vibration while simplifying assembly and shielding the damper.

A locking projection secures the elastic isolator on a pump mount, preventing detachment under horizontal force without adhesives.

An oblong-bore grip with guided transverse travel and magnetic return absorbs small shocks while preserving steering control and rider comfort.

Controlled mass excitation and sensor feedback build a real-time structural model for reliable vibration control without complex manual setup.

An adjustable cantilever with a tip weight tunes damper length to match changing vibration frequencies and suppress machine tool chatter.

A separated magnetic field generator and radial compensation chamber enable compact damping control with easier assembly and spring support.

Variable damping shifts the resonance speed range in a centrifugal drum, reducing vibration, deflection, and process interruptions.

A viscoelastic dampener between the actuator and chassis cuts metal-contact noise, absorbs vibration, and helps keep the latch secure.

Repulsive magnetic elements create a lightweight wheel suspension for trolley cases that absorbs shocks and vibrations without bulky mechanical springs.

Adjustable pallet driving blocks let one vibration assembly fit different concrete pipe base pallets while maintaining effective packing and troweling.

A recessed two-part cushioning member stabilizes flexible ink packs during attachment, reducing leakage, damage, and handling difficulty.

Synchronizing stroke initiation with measured machine motion counters inertial wobble and tilt, improving forming precision and cycle speed.

A cam handle, safety pin, spring piece, and clamp replace threaded bolts to speed rotor joint assembly while avoiding thread damage.

Sliding peripheral masses and spring elements let one passive absorber match cabinet eigenmodes in two directions without viscous damper maintenance.

Elastic buffer members around the fasteners absorb nail-strike recoil, protecting the reduction gear set and improving tool reliability.

A joining aid enables secure form-fit installation of a rubber-elastic drive unit bearing while preserving vibration and noise decoupling.

Elastic isolation pads and a pre-loaded collar assembly cut ancillary-device vibration transfer to marine streamers, protecting seismic data quality.

A movable multi-spiral coil spring with an attached damper cuts high-frequency vibration in lithography supports without adding mass or stiffness.

A vibration-damped wall mount keeps mobile medical equipment securely fastened while reducing impact damage across different device types.

A viscoelastic connector and separate regulator limit prizing-direction displacement, preventing damage while preserving axial damping.

A three-axis free-motion platform and vibration isolator separate low-frequency earthquake motion from sensitive equipment while limiting travel and damage.

Spiral spring electrodes create a controlled electric field in giant electrorheological fluid to deliver stable damping without leakage-prone rigid elements.

An elastic ring insulator stabilizes cartridge clamping, damps transmitted vibration, and improves unbalance detection accuracy.

Elastic resonator branches replace bulky pivots to target helicopter primary-frequency vibration while saving cabin space and weight.

Spring-mounted intermediate elements and active actuators let frame-mounted electrical machines run across the full speed range with lower vibration.

An exterior damping layer on downspouts cuts rain noise by absorbing wall vibration while keeping the drainage path clear and dry.

Phase-matched stroke initiation counteracts inertial motion in elastically mounted presses, reducing stress, tilt, and positioning errors.

A quarter-wavelength mechanical resonator matches impedance between dissimilar structures to reduce flexural wave reflection and improve transfer.

A coaxial toroidal isolator uses resilient shear strain to damp radial vibration on two axes while allowing axial movement between concentric cylinders.