Wheel-Ballasting Weights TRIZ Cases

Rotating load-bearing rollers and movable inner retainers secure heavy wheel weights during mounting, reducing handling time and unwanted movement.

Radially sliding mounts let one wheel weight adapter fit different commercial vehicle pitch circles while keeping the connection secure and vibration-resistant.

A raised center section and separation notches let adhesive wheel weights stay secure in use yet be removed and customized more easily.

A segmented wheel ballast mount keeps the base on the wheel, speeds ballast changes, and uses aligned cutouts to shed debris during installation.

A wheel-hub tuned mass-spring damper absorbs resonant vibration to cut NVH without adding rolling resistance or rotational inertia.

An annular grip attachment lets wheel balancing clamps be held and adjusted in one step, enabling stable one-handed bolt pattern setup.

Conical contact surfaces and coding formations center load disks on agricultural wheel flanges for secure attachment.

A clamping lever closure reduces assembly force by pivoting an actuation lever to compress axial spacing between assembly elements.

Segmented composite damper branches match wheel axial modal frequencies to reduce squeal noise while maintaining structural fatigue resistance.

Extruded uncured viscoelastic polymer adheres to rims and cures in place, eliminating manual weight selection errors.

Segmented annular weights and centring members allow flexible mass adjustment on tractor wheels while maintaining independent attachment from the wheel hub.

A traction control system moves a weight around the wheel rotation axis to generate centrifugal force.

A manual balancing weight dispenser uses a fixed cutter to slice adhesive tape carriers for precise mass delivery.

Curved balancing weight sections conform to diverse rim profiles via adhesive tape, eliminating the need for multiple specialized weight types.

Segmented weights with stress relief notches secure to rim flanges under centrifugal forces while enabling automated dispensing.

A wheel weight assembly uses integral centering features on the starter weight to align outer weights without separate cones.

Integrated locking mechanism eliminates complex assembly steps and prevents vibration-induced loosening of agricultural wheel weights.

Segmented wheel rims with socketed fasteners enable rapid weight reconfiguration, resolving the trade-off between vehicle stability and attachment time.

A wheel weight assembly uses a pivoting hook to engage the vehicle hub directly.