Rotating Bodies Balancing TRIZ Cases

See how asymmetric damper placement and rotation-direction control reduce tub vibration using f

See how flow path dividers and strategic liquid supply to drum-mounted balancers eliminate tran

See how an active ring actuator moves a balancing unit 360 degrees to resolve drum unbalance fa

See how a liquid-supply balancing unit detects drum unbalance in real time and actively adjusts

See how a motor-driven balancing unit moves along the drum circumference using wireless power t

See how active liquid supply to equidistant balancers eliminates transient drum unbalance and n

See how ultrasonic-welded pin-boss coupling replaces screw assembly for weight balances, cuttin

See how a rotating-shaft power supply enables independently controlled balancing units to activ

See how magnetic attraction fixes mass bodies at low speeds to prevent collision noise, while c

See how magnetic and non-magnetic balls form a mass body in the balancing ring to reduce collis

See how a curved balancer surface reduces friction with wash water while counterbalancing drum

See how a segmented fastener guide system with thinner wall sections prevents sink marks that i

See how waterproofing tubes and nested slip rings protect active balancer wiring from wash wate

See how ribs on the inner wall of a balance ring channel increase viscous damping force to abso

See how a liquid balancer with guiding means and active supply control eliminates drum unbalanc

See how channels ≤3mm use surface tension to keep balancing liquid localized at high rotation s

See how a drum balancer uses magnetic restriction and movable masses in an annular channel to o

See how a segmented balancer uses magnetic restraint at low speeds and free mass movement at hi

See how a balancer housing with electrodes and connectors transmits power to active balancing u

See how an actuator-driven balancing unit moves 360 degrees in a closed loop to resolve drum un

Movable masses and alternating-pole magnets stabilize the washing machine drum across specific RPM ranges to cut vibration, noise, and component stress.

An annular fluid balancer with floatable baffles couples at critical spin speeds to counter wash-basket imbalance and reduce washer vibration.

A wire-driven movable mass automatically offsets rotating tub imbalance, cutting washer vibration and noise without manual balancer adjustment.

A conductive rail powers a movable drum balancer to offset unbalanced loads and reduce washing machine vibration and noise.

Powered balancing units inside the rotating drum counter transient and steady unbalance, cutting washer vibration and noise.

Segmented magnets restrain balancer masses at low drum speeds, then release them at higher speeds to reduce washer vibration and noise.

Liquid-fed balancers correct washer drum unbalance during transient rotation, cutting vibration and noise from uneven laundry loads.

Independently moving drum balancing units use continuous power contact to correct transient unbalance and reduce washer vibration and noise.

Wireless power lets a drum balancing unit move to reposition the center of gravity, cutting spin-cycle vibration and noise.

A fixed mass and a fluid-damped movable mass balance an uneven rotating tub to cut washing machine vibration, noise, and damage.

Insert molding a ribbed bearing housing into the washer tub rear wall boosts rigidity and coupling force while lowering manufacturing cost.

Multi-stage spin control checks drum unbalance at rising speeds, redistributes laundry when needed, and avoids motor overload while preserving drying quality.

A split tub with a vibration-isolating connector increases washer drum capacity within the same cabinet while limiting cabinet vibration.

Expandable slotted tubular pins replace screw-fixed columns to secure washer counterweights, cut cooling time, and avoid unstable anchoring.

A balance weight opposite the drum door restores center alignment, cutting washer drum vibration and noise without added structural bulk.

A lug-nut-mounted IMU fixture measures wheel imbalance during driving, avoiding off-car mounting errors and complex on-car balancers.

A rotating cleaner wets and scrubs wheel rim fastening surfaces reproducibly, enabling automated balance weight bonding with less solvent.

Pre-drilled balancing apertures let centrifuge rotors be rebalanced precisely without repeated drilling, reducing vibration and structural damage.

Circumferential balancing apertures and trial weights let centrifuge rotors be rebalanced precisely without repeated drilling, reducing wear and noise.

Variable strip and film accumulation enables precise, repeatable wheel rim counterweight application while reducing manual balancing errors and stoppages.

Dual loaders, belt cutting, and sensor-guided feeding deliver small wheel-weight segments quickly and accurately for automated tire balancing.

Automatic balancing masses, lift pressure control, and circumferential damping keep a heavy flywheel centered, reducing friction and wear.